// -*- C++ -*- /** * \file Toolbars.h * This file is part of LyX, the document processor. * Licence details can be found in the file COPYING. * * \author Lars Gullik Bjønnes * \author Angus Leeming * * Full author contact details are available in file CREDITS. * * The Toolbars class is a container of toolbars. * It provides accessors to each Toolbar and to the LayoutBox. * * Each GUI frontend should provide toolbar and layout boxes by derivation * from the LayoutBox and Toolbar pure abstract classes. * * The Toolbars class has no knowledge at all of the details of each * frontend's implementation, which requires that each frontend should * provide a 'make_toolbar' function, signature below. */ #ifndef TOOLBARS_H #define TOOLBARS_H #include "ToolbarBackend.h" #include #include #include "session.h" namespace lyx { class LyXView; class LayoutBox { public: virtual ~LayoutBox() {} /// Select the correct layout in the combox. virtual void set(std::string const & layout) = 0; /// Populate the layout combox. virtual void update() = 0; /// Erase the layout list. virtual void clear() = 0; /// Display the layout list. virtual void open() = 0; /// Set the activation status of the combox. virtual void setEnabled(bool) = 0; }; class Toolbar { public: virtual ~Toolbar() {} /// Add a button to the bar. virtual void add(FuncRequest const & func, docstring const & tooltip) = 0; /** Hide the bar. * \param update_metrics is a hint to the layout engine that the * metrics should be updated. */ virtual void hide(bool update_metrics) = 0; /** Show the bar. * \param update_metrics is a hint to the layout engine that the * metrics should be updated. */ virtual void show(bool update_metrics) = 0; /** update toolbar information * ToolbarInfo will then be saved by session */ virtual void saveInfo(ToolbarSection::ToolbarInfo & info) = 0; /// Refresh the contents of the bar. virtual void update() = 0; /// Accessor to the layout combox, if any. virtual LayoutBox * layout() const = 0; }; class Toolbars { public: /// Toolbars(LyXView & owner); /// Initialize the toolbars using the backend database. void init(); /// Show/hide the named toolbar. void display(std::string const & name, bool show); /// get toolbar state (on/off/auto) ToolbarBackend::Flags getToolbarState(std::string const & name); /// toggle the state of toolbars (on/off/auto) void toggleToolbarState(std::string const & name); /// Update the state of the toolbars. void update(bool in_math, bool in_table, bool review); /// save toolbar information void saveToolbarInfo(); /// Select the right layout in the combox. void setLayout(std::string const & layout); /** Populate the layout combox - returns whether we did a full * update or not */ bool updateLayoutList(int textclass); /// Drop down the layout list. void openLayoutList(); /// Erase the layout list. void clearLayoutList(); /// typedef boost::shared_ptr ToolbarPtr; private: /// Add a new toolbar. void add(ToolbarBackend::Toolbar const & tb); /// Show or hide a toolbar. void displayToolbar(ToolbarBackend::Toolbar const & tb, bool show); /// Update the state of the icons void update(); /// The parent window. LyXView & owner_; /** The layout box is actually owned by whichever toolbar * contains it. All the Toolbars class needs is a means of * accessing it. * * We don't need to use boost::weak_ptr here because the toolbars * are also stored here. There are, therefore, no lifetime issues. */ LayoutBox * layout_; /// Toolbar store providing access to individual toolbars by name. typedef std::map ToolbarsMap; ToolbarsMap toolbars_; /// The last textclass layout list in the layout choice selector int last_textclass_; // load flags with saved values void initFlags(ToolbarBackend::Toolbar & tbb); }; /// Set the layout in the kernel when an entry has been selected void layoutSelected(LyXView & lv, std::string const & name); } // namespace lyx #endif // NOT TOOLBARS_H