#pragma once #include #include #include #include "cairo/fwd.hpp" #include "common.hpp" #include "components/types.hpp" #include "events/signal_fwd.hpp" #include "events/signal_receiver.hpp" #include "x11/extensions/fwd.hpp" #include "x11/types.hpp" POLYBAR_NS // fwd {{{ class connection; class config; class logger; class background_manager; class bg_slice; // }}} using std::map; struct alignment_block { cairo_pattern_t* pattern; double x; double y; }; class renderer : public signal_receiver { public: using make_type = unique_ptr; static make_type make(const bar_settings& bar); explicit renderer( connection& conn, signal_emitter& sig, const config&, const logger& logger, const bar_settings& bar, background_manager& background_manager); ~renderer(); xcb_window_t window() const; const vector actions() const; void begin(xcb_rectangle_t rect); void end(); void flush(); #if 0 void reserve_space(edge side, unsigned int w); #endif void fill_background(); void fill_overline(double x, double w); void fill_underline(double x, double w); void fill_borders(); void draw_text(const string& contents); protected: double block_x(alignment a) const; double block_y(alignment a) const; double block_w(alignment a) const; double block_h(alignment a) const; void flush(alignment a); void highlight_clickable_areas(); bool on(const signals::ui::request_snapshot& evt); bool on(const signals::parser::change_background& evt); bool on(const signals::parser::change_foreground& evt); bool on(const signals::parser::change_underline& evt); bool on(const signals::parser::change_overline& evt); bool on(const signals::parser::change_font& evt); bool on(const signals::parser::change_alignment& evt); bool on(const signals::parser::reverse_colors&); bool on(const signals::parser::offset_pixel& evt); bool on(const signals::parser::attribute_set& evt); bool on(const signals::parser::attribute_unset& evt); bool on(const signals::parser::attribute_toggle& evt); bool on(const signals::parser::action_begin& evt); bool on(const signals::parser::action_end& evt); bool on(const signals::parser::text& evt); protected: struct reserve_area { edge side{edge::NONE}; unsigned int size{0U}; }; private: connection& m_connection; signal_emitter& m_sig; const config& m_conf; const logger& m_log; const bar_settings& m_bar; std::shared_ptr m_background; int m_depth{32}; xcb_window_t m_window; xcb_colormap_t m_colormap; xcb_visualtype_t* m_visual; xcb_gcontext_t m_gcontext; xcb_pixmap_t m_pixmap; xcb_rectangle_t m_rect{0, 0, 0U, 0U}; reserve_area m_cleararea{}; // bool m_autosize{false}; unique_ptr m_context; unique_ptr m_surface; map m_blocks; cairo_pattern_t* m_cornermask{}; cairo_operator_t m_comp_bg{CAIRO_OPERATOR_SOURCE}; cairo_operator_t m_comp_fg{CAIRO_OPERATOR_OVER}; cairo_operator_t m_comp_ol{CAIRO_OPERATOR_OVER}; cairo_operator_t m_comp_ul{CAIRO_OPERATOR_OVER}; cairo_operator_t m_comp_border{CAIRO_OPERATOR_OVER}; bool m_pseudo_transparency{false}; alignment m_align; std::bitset<3> m_attr; int m_font{0}; unsigned int m_bg{0U}; unsigned int m_fg{0U}; unsigned int m_ol{0U}; unsigned int m_ul{0U}; vector m_actions; bool m_fixedcenter; string m_snapshot_dst; }; POLYBAR_NS_END