/* * Copyright 2003-2012, Haiku, Inc. * Distributed under the terms of the MIT License. */ #ifndef _CATALOG_H_ #define _CATALOG_H_ #include #include #include #include class BCatalogData; class BLocale; class BMessage; struct entry_ref; class BCatalog { public: BCatalog(); BCatalog(const entry_ref& catalogOwner, const char* language = NULL, uint32 fingerprint = 0); BCatalog(const char* signature, const char* language = NULL); virtual ~BCatalog(); const char* GetString(const char* string, const char* context = NULL, const char* comment = NULL); const char* GetString(uint32 id); status_t GetData(const char* name, BMessage* msg); status_t GetData(uint32 id, BMessage* msg); status_t GetSignature(BString* signature); status_t GetLanguage(BString* language); status_t GetFingerprint(uint32* fingerprint); status_t SetTo(const entry_ref& catalogOwner, const char* language = NULL, uint32 fingerprint = 0); status_t SetTo(const char* signature, const char* language = NULL); status_t InitCheck() const; int32 CountItems() const; protected: BCatalog(const BCatalog&); const BCatalog& operator= (const BCatalog&); // hide assignment and copy-constructor BCatalogData* fCatalogData; mutable BLocker fLock; private: friend class BLocale; friend status_t get_add_on_catalog(BCatalog*, const char*); }; #undef B_TRANSLATION_SYSTEM_NAME_CONTEXT #define B_TRANSLATION_SYSTEM_NAME_CONTEXT "System name" #ifndef B_AVOID_TRANSLATION_MACROS // macros for easy catalog-access, define B_AVOID_TRANSLATION_MACROS if // you don't want these (in which case you need to collect the catalog keys // manually, as collectcatkeys won't do it for you): #undef B_TRANSLATION_CONTEXT // In a single application, several strings (e.g. 'Ok') will be used // more than once, in different contexts. // As the application programmer can not know if all translations of // this string will be the same for all languages, each occurrence of // the string must be translated on its own. // Specifying the context explicitly with each string allows the person // translating a catalog to separate these different occurrences of the // same string and tell which strings appears in what context of the // application. // In order to give the translator a useful hint, the application // programmer needs to define B_TRANSLATION_CONTEXT with the context he'd // like to be associated with the strings used in this specifc source file. // example: // #define B_TRANSLATION_CONTEXT "Folder-Window" // Tip: Use a descriptive name of the class implemented in that // source-file. #ifdef B_COLLECTING_CATKEYS // pull in all the macros used when collecting catalog keys. #include #else #ifndef B_CATALOG #define B_CATALOG BLocaleRoster::Default()->GetCatalog() #endif // Translation macros which may be used to shorten translation requests: #undef B_TRANSLATE #define B_TRANSLATE(string) \ B_CATALOG->GetString((string), B_TRANSLATION_CONTEXT) #undef B_TRANSLATE_CONTEXT #define B_TRANSLATE_CONTEXT(string, context) \ B_CATALOG->GetString((string), (context)) #undef B_TRANSLATE_COMMENT #define B_TRANSLATE_COMMENT(string, comment) \ B_CATALOG->GetString((string), \ B_TRANSLATION_CONTEXT, (comment)) #undef B_TRANSLATE_ALL #define B_TRANSLATE_ALL(string, context, comment) \ B_CATALOG->GetString((string), (context), \ (comment)) #undef B_TRANSLATE_ID #define B_TRANSLATE_ID(id) \ B_CATALOG->GetString((id)) #undef B_TRANSLATE_SYSTEM_NAME #define B_TRANSLATE_SYSTEM_NAME(string) \ (BLocaleRoster::Default()->IsFilesystemTranslationPreferred() \ ? BLocaleRoster::Default()->GetCatalog()->GetString((string), \ B_TRANSLATION_SYSTEM_NAME_CONTEXT) \ : (string)) // Translation markers which can be used to mark static strings/IDs which // are used as key for translation requests (at other places in the code). /* Example: #define B_TRANSLATION_CONTEXT "MyDecentApp-Menu" static const char* choices[] = { B_TRANSLATE_MARK("left"), B_TRANSLATE_MARK("right"), B_TRANSLATE_MARK("up"), B_TRANSLATE_MARK("down") }; void MyClass::AddChoices(BMenu* menu) { for (char** ch = choices; *ch != '\0'; ++ch) { menu->AddItem( new BMenuItem( B_TRANSLATE(*ch), new BMessage(...) ) ); } } */ #undef B_TRANSLATE_MARK #define B_TRANSLATE_MARK(string) (string) #undef B_TRANSLATE_MARK_CONTEXT #define B_TRANSLATE_MARK_CONTEXT(string, context) (string) #undef B_TRANSLATE_MARK_COMMENT #define B_TRANSLATE_MARK_COMMENT(string, comment) (string) #undef B_TRANSLATE_MARK_ALL #define B_TRANSLATE_MARK_ALL(string, context, comment) (string) #undef B_TRANSLATE_MARK_ID #define B_TRANSLATE_MARK_ID(id) (id) #undef B_TRANSLATE_MARK_SYSTEM_NAME #define B_TRANSLATE_MARK_SYSTEM_NAME(string) (string) // the same for void contexts: #undef B_TRANSLATE_MARK_VOID #define B_TRANSLATE_MARK_VOID(string) #undef B_TRANSLATE_MARK_CONTEXT_VOID #define B_TRANSLATE_MARK_CONTEXT_VOID(string, context) #undef B_TRANSLATE_MARK_COMMENT_VOID #define B_TRANSLATE_MARK_COMMENT_VOID(string, comment) #undef B_TRANSLATE_MARK_ALL_VOID #define B_TRANSLATE_MARK_ALL_VOID(string, context, comment) #undef B_TRANSLATE_MARK_ID_VOID #define B_TRANSLATE_MARK_ID_VOID(id) #undef B_TRANSLATE_MARK_SYSTEM_NAME_VOID #define B_TRANSLATE_MARK_SYSTEM_NAME_VOID(string) // Translation macros which cause collectcatkeys to ignore this key // (useful in combination with the marking macros above): #undef B_TRANSLATE_NOCOLLECT #define B_TRANSLATE_NOCOLLECT(string) \ B_TRANSLATE(string) #undef B_TRANSLATE_NOCOLLECT_COMMENT #define B_TRANSLATE_NOCOLLECT_COMMENT(string, comment) \ B_TRANSLATE_COMMENT(string, comment) #undef B_TRANSLATE_NOCOLLECT_ALL #define B_TRANSLATE_NOCOLLECT_ALL(string, context, comment) \ B_TRANSLATE_ALL(string, context, comment) #undef B_TRANSLATE_NOCOLLECT_ID #define B_TRANSLATE_NOCOLLECT_ID(id) \ B_TRANSLATE_ID(id) #undef B_TRANSLATE_NOCOLLECT_SYSTEM_NAME #define B_TRANSLATE_NOCOLLECT_SYSTEM_NAME(string) \ B_TRANSLATE_SYSTEM_NAME(string) #endif /* B_COLLECTING_CATKEYS */ #endif /* B_AVOID_TRANSLATION_MACROS */ #endif /* _CATALOG_H_ */