* Add the locale kit to the main page
* Complete and correct some parts of locale and catalog classes reference * Ensure the methods are prefixed with the class name so doxygen knows where they belong. git-svn-id: file:///srv/svn/repos/haiku/haiku/trunk@37898 a95241bf-73f2-0310-859d-f6bbb57e9c96
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@@ -5,6 +5,7 @@
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- \ref app | \link app_intro \em Introduction \endlink
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- \ref drivers
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- \ref locale | \link locale_intro \em Introduction \endlink
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- \ref midi1
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- \ref midi2 | \link midi2_intro \em Introduction \endlink
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- \ref support | \link support_intro \em Introduction \endlink
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@@ -27,6 +28,8 @@
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\brief Collection of utility classes that are used throughout the API.
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\defgroup libbe (libbe.so)
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\defgroup libroot (libroot.so)
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\defgroup locale (liblocale.so)
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\brief Collection of classes for localizing applications.
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*/
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///// Subgroups /////
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@@ -1,7 +1,7 @@
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/*!
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\class BCatalog
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\ingroup locale
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\brief class handling string localization
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\brief class handling string localization.
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BCatalog is the class that allows you to perform string localization. This means
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you give it a string in english, and it automatically returns the translation of
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@@ -28,11 +28,29 @@ it will allow your text to be replaced at run-time by the proper localized one,
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but it will also allow to build the base catalog, the one that you will send to
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the translator team, from your sourcecode.
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\section Chaining of catalogs
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The catalogs you get from the locale kit are designed to use a fallback system
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so that the user get strings in the language he's the more fluent with,
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depending onwhat isavailable.
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For example, if the user set hislanguage preferences as french(France), spanish,
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english, when an application loads a catalog, the following rules are used :
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\item Try to load a french(France) catalog. If it is found, this catalog
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will automatically include strings from the generic french catalog.
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\item Try to load a generic french catalog.
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\item Try to load a generic spanish catalog.
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\item Try to load a generic english catalog.
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\item If all of them failed, use the strings that ar ein the source code.
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Note that french(France) will failback to french, but then directly to the
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language in the source code. This avoids mixing 3 or more languages in the same
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application if the catalogs are incomplete and avoids confusion.
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*/
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/*!
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\fn BCatalog(const char* signature, const char* language = NULL, uint32 fingerprint = 0)
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\brief Construct a catalog for the given application
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\fn BCatalog::BCatalog(const char* signature, const char* language = NULL, uint32 fingerprint = 0)
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\brief Construct a catalog for the given application.
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This constructor builds a catalog for the application with the given mime
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signature. In Haiku, the mime signature is used as a way to uniquely identify a
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@@ -51,9 +69,9 @@ may be useful to separate their catalogs.
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*/
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/*!
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\fn const char* GetString(const char* string, const char* context = NULL, const char* comment = NULL)
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\fn const char* BCatalog::GetString(const char* string, const char* context = NULL, const char* comment = NULL)
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\fn const char* GetString(uint32 id)
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\brief Get a string from the catalog
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\brief Get a string from the catalog.
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This method access the data of the catalog and reeturns you the translated
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version of the string. You must pass it the context where the string is, as
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@@ -73,3 +91,81 @@ control.
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*/
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/*!
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\fn const char* BCatalog::GetStringNoAutoCollate(const char* string, const char* context = NULL, const char* comment = NULL)
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\fn const char* GetStringNoAutoCollate(uint32 id)
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\brief Get a string from the catalog, without registering it for collectcatkeys.
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This function does exactly the same thing as GetString, except it will not be
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parsed by the collectcatkeys tool. This allows you, for example, to translate a
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string constant that you declared at another place, without getting a warning
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message from collectcatkeys.
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*/
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/*!
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\fn status_t BCatalog::GetData(const char* name, BMessage* msg)
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\fn status_t BCatalog::GetData(uint32 id, BMessage* msg)
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\brief Get custom data from the catalog.
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This function allows you to localize something else than raw text. This may
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include pictures, sounds, videos, or anything else. Note there is no support for
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generatinga catalog with such data inside, and the current format may not
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support it. If you need to localize data that is not text, it is advised to
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handle it by yourself.
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*/
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/*!
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\fn status_t BCatalog::GetSignature(BString* sig)
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\brief Get the catalog mime-signature.
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This function fills the sig string with the mime-signature associated to the
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catalog.
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*/
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/*!
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\fn status_t BCatalog::GetLanguage(BString* lang)
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\brief Get the catalog language.
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This function fills the lang string with the language name for the catalog.
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*/
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/*!
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\fn status_t BCatalog::GetFingerprint(uint32* fp)
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\brief Get the catalog fingerprint.
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This function setsfp to the fingerprint of the catalog. This allows you to check
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which version of the sourcecode this catalog was generated from.
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*/
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/*!
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\fn status_t BCatalog::SetCatalog(const char* signature, uint32 fingerprint)
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\brief Reload the string data.
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This function reloads the data for the given signature and fingerprint.
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*/
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/*!
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\fn status_t BCatalog::InitCheck()
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\brief Check if the catalog is in an useable state.
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This function returns B_OK if the catalog is initialized properly.
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*/
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/*!
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\fn int32 BCatalog::CountItems()
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\brief Returns the number of items in the catalog.
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This function returns the number of strings in the catalog.
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*/
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/*!
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\fn BCatalogaddOn* BCatalog::CatalogAddOn()
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\brief Returns the internal storage for this catalog.
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This function returns the internal storage class used by this catalog.
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You should not have to use it.
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*/
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@@ -12,7 +12,7 @@ accented chars and other special cases that vary over the different locales.
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*/
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/*!
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\fn const BCollator* Collator() const
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\fn const BLocale::BCollator* Collator() const
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\brief Returns the collator associated to this locale
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Returns the collator in use for this locale, allowing you to use it to sort a
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@@ -21,7 +21,7 @@ set of strings.
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*/
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/*!
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\fn const BCountry* Country() const
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\fn const BLocale::BCountry* Country() const
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\brief Returns the country associated to this locale
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A locale is defined by the combination of a country and a language. This
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@@ -31,14 +31,14 @@ data that is not language-dependant (such as the country flag).
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*/
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/*!
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\fn const BLanguage* Language() const
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\fn const BLocale::BLanguage* Language() const
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\brief Returns the language associated to this locale
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*/
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/*!
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\fn int StringCompare(const char* s1, const char* s2) const
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\fn int StringCompare(const BString* s1, const BString* s2) const
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\fn int BLocale::StringCompare(const char* s1, const char* s2) const
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\fn int BLocale::StringCompare(const BString* s1, const BString* s2) const
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\brief Compares two strings using the locale's collator
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These methods are short-hands to Collator()->StringCompare.
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@@ -46,7 +46,7 @@ These methods are short-hands to Collator()->StringCompare.
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*/
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/*!
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\fn void GetSortKey(const char* string, BString* key) const
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\fn void BLocale::GetSortKey(const char* string, BString* key) const
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\brief Computes the sort key of a string
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This method is a short-hand to Collator()->GetSortKey.
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@@ -6,4 +6,13 @@ translating your software. This includes not only replacing string with their
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translations at runtime, but also more complex tasks such as formating numbers,
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dates, and times in a way that match the locale preferences of the user.
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The main way to access locale data is through the be_locale_roster. This is a
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global instance of the BLocaleRoster class, storing the data for localizing an
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application according to the user's preferred settings. The locale roster also
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acts as a factory to instanciate most of the other classes. However, there are
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some cases where you will need to instanciate another class by yourself, to
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use it with custom settings. For example, you may need to format a date with
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a fixed format in english for including in an e-mail header, as it is the only
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format accepted there.
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*/
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