mousetrap::HeaderBar Class Reference

widget that is usually used in the decoration of a window More...

#include <header_bar.hpp>

Inheritance diagram for mousetrap::HeaderBar:

Public Member Functions
	HeaderBar ()
	construct
	HeaderBar (const std::string &layout_string)
	construct
	HeaderBar (detail::HeaderBarInternal *)
	construct from internal
	~HeaderBar ()
	destructor
NativeObject	get_internal () const override
	expose internal
void	set_layout (const std::string &layout_string)
	set layout from config string, see https://docs.gtk.org/gtk4/method.HeaderBar.set_decoration_layout.html
std::string	get_layout () const
	get layout config string
void	set_title_widget (const Widget &widget)
	set widget that will appear as the header bars title, usually in the center
void	remove_title_widget ()
	remove the titlebar widget
void	set_show_title_buttons (bool b)
	set whether buttons like close, minimize, maximize should be visible
bool	get_show_title_buttons () const
	get whether buttons like close, minimize, maximize are visible
void	push_back (const Widget &widget)
	add a widget to the start of the header bar
void	push_front (const Widget &widget)
	add a widget to the end of the header bar
void	remove (const Widget &widget)
	remove a widget from the header bar
Public Member Functions inherited from mousetrap::Widget
	Widget (detail::WidgetInternal *)
	construct from internal
virtual	~Widget ()
	default dtor
	Widget (const Widget &)=delete
Widget &	operator= (const Widget &) const =delete
	Widget (Widget &&other)=delete
Widget &	operator= (Widget &&)=delete
	operator NativeObject () const override
	implement signal emitter
NativeObject	get_internal () const override
	expose internally managed object, \for_internal_use_only
virtual	operator NativeWidget () const
	expose as GtkWidget, this is the only function that needs to be implemented in oder for an object to act as a widget
void	activate ()
	activate the widget, if it is activatable. This will also trigger any associated animations or signals
Vector2f	get_size_request ()
	get minimum allocated size
void	set_size_request (Vector2f)
	set minimum allocated size
bool	operator== (const Widget &other) const
	check if both widgets point to the same internal object
bool	operator!= (const Widget &other) const
	check if both widgets point to the same internal object
void	set_margin_top (float margin)
	set top margin, minimum distance to any other widget boundary
float	get_margin_top () const
	get top margin, minimum distance to any other widget boundary
void	set_margin_bottom (float margin)
	set bottom margin, minimum distance to any other widget boundary
float	get_margin_bottom () const
	set botom margin, minimum distance to any other widget boundary
void	set_margin_start (float margin)
	set left margin, minimum distance to any other widget boundary
float	get_margin_start () const
	get left margin, minimum distance to any other widget boundary
void	set_margin_end (float margin)
	set right margin, minimum distance to any other widget boundary
float	get_margin_end () const
	get right margin, minimum distance to any other widget boundary
void	set_margin_horizontal (float margin)
	set left and right margin, minimum distance to any other widget boundary
void	set_margin_vertical (float margin)
	set top and bottom margin, minimum distance to any other widget boundary
void	set_margin (float margin)
	set margin in all directions, minimum distance to any other widget boundary
void	set_expand_horizontally (bool should_expand)
	set whether widget should attempt to allocate the maximum allowed space horizontally
bool	get_expand_horizontally () const
	get whether widget should attempt to allocate the maximum allowed space horizontally
void	set_expand_vertically (bool should_expand)
	set whether widget should attempt to allocate the maximum allowed space verticall
bool	get_expand_vertically () const
	get whether widget should attempt to allocate the maximum allowed space vertically
void	set_expand (bool both)
	set whether the widget should attempt to allocate the maximum allowed space in both dimensions
void	set_horizontal_alignment (Alignment)
	set where the widget should align itself along the x-axis
Alignment	get_horizontal_alignment () const
	get where the widget should align itself along the x-axis
void	set_vertical_alignment (Alignment)
	set where the widget should align itself along the y-axis
Alignment	get_vertical_alignment () const
	get where the widget should align itself along the y-axis
void	set_alignment (Alignment both)
	set where the widget should align itself along both axes
void	set_opacity (float opacity)
	set widget opacity, in [0, 1], if opacity is set to 0, equivalent to mousetrap::Widget::hide()
float	get_opacity ()
	get widget opacity
void	set_is_visible (bool b)
	set whether the widget should be hidden
bool	get_is_visible ()
	get whether the widget is hidden
void	set_tooltip_text (const std::string &text)
	set text displayed as a tooltip when the user hovers over the widget
void	set_tooltip_widget (const Widget &widget)
	set arbitrary widget displayed as a tooltip when user hovers over the widget
void	remove_tooltip_widget ()
	remove tooltip
void	set_cursor (CursorType type)
	set the shape of cursor displayed when the cursor is above the widget
void	set_cursor_from_image (const Image &image, Vector2i offset)
	set cursor from custom image
void	hide ()
	hide the widget, this may set its allocated size to 0
void	show ()
	show the widget, this allocates its size
void	add_controller (const EventController &)
	add an event controller to the widget, a widget may have an arbitrary number of controllers
void	remove_controller (const EventController &)
	remove an event controller from the widget, if event controller is not registered to widget, does nothing
void	set_is_focusable (bool)
	set whether the widgets can contain input focus
bool	get_is_focusable () const
	get whether widget can contain focus input focus
void	grab_focus ()
	attempt to grab the input focus
bool	get_has_focus ()
	get whether the wigdet currently holds input focus
void	set_focus_on_click (bool)
	set whether the input should attempt to grab the focus when the user clicks on it
bool	get_focus_on_click () const
	get whether the input should attempt to grab the focus when the user clicks on it
bool	get_is_realized ()
	get whether the widget was realized
Vector2f	get_minimum_size () const
	get minimum size, this will always be equal to or larger than the size request
Vector2f	get_natural_size () const
	get natural size, this is the intended size of the widget if no expansion or clipping occurrs
Vector2f	get_position () const
	get position
Vector2f	get_allocated_size () const
	get allocated size
void	unparent ()
	remove the widget from the container it is in, if any
void	set_can_respond_to_input (bool)
	set whether the widget is allowed to gather input events. If set to false, the widget may appear "grayed out"
bool	get_can_respond_to_input () const
	get whether the widget is allowed to gather input events
template<typename Function_t , typename Data_t >
void	set_tick_callback (Function_t function, Data_t data)
	add a callback that is invoked every frame
template<typename Function_t >
void	set_tick_callback (Function_t function)
	add a callback that is invoked every frame
void	remove_tick_callback ()
	remove callback that si invoked every frame
Clipboard	get_clipboard () const
	get the widgets associated clipboard
void	set_hide_on_overflow (bool b)
	set whether a child widget inside this widget should be cutoff when it leaves this widgets boundary
bool	get_hide_on_overflow () const
	get whether a child widget inside this widget should be cutoff when it leaves this widgets boundary
void	set_listens_for_shortcut_actions (Action &)
	Convenience function that automatically adds the action to a shortcut controller of this widget.
void	apply_style_class (const StyleClass &)
	apply style class to widget and its children
void	add_css_class (const std::string &css)
	add css class
void	remove_css_class (const std::string &css)
	remove css class
std::vector< std::string >	get_css_classes () const
	get all applied css classes
Public Member Functions inherited from mousetrap::SignalEmitter
void	set_signal_blocked (const std::string &signal_id, bool b)
	block a signal by id \for_internal_use_only
bool	get_signal_blocked (const std::string &signal_id) const
	get whether a signal is currently blocked
std::vector< std::string >	get_all_signal_names ()
	get list of possible signal ids \for_internal_use_only
template<typename Function_t >
void	connect_signal (const std::string &signal_id, Function_t *function, void *data=nullptr)
	connect static function to signal, does not work with lambdas \for_internal_use_only
void	disconnect_signal (const std::string &signal_id)
	disconnect signal, it may not be invoked until reconnected, if signal is not registered, does nothing. For internal use only
virtual	operator NativeObject () const =0
	expose as NativeObject, this is the GLib instance that signals are emitted on \for_internal_use_only
virtual NativeObject	get_internal () const
	expose internally managed object, \for_internal_use_only
Public Member Functions inherited from mousetrap::has_signal_realize< HeaderBar >
void	connect_signal_realize (Function_t f, Data_t data)
	connect handler, will be invoked when signal is emitted. Data is passed to the signal handler function
void	connect_signal_realize (Function_t f)
	connect handler, will be invoked when signal is emitted
void	set_signal_realize_blocked (bool b)
bool	get_signal_realize_blocked () const
void	emit_signal_realize ()
	invoke signal handler manually
void	disconnect_signal_realize ()
Public Member Functions inherited from mousetrap::has_signal_unrealize< HeaderBar >
void	connect_signal_unrealize (Function_t f, Data_t data)
	connect handler, will be invoked when signal is emitted. Data is passed to the signal handler function
void	connect_signal_unrealize (Function_t f)
	connect handler, will be invoked when signal is emitted
void	set_signal_unrealize_blocked (bool b)
	Set whether signal emission should trigger the signal handler.
bool	get_signal_unrealize_blocked () const
	get whether signal emission should trigger the signal handler
void	emit_signal_unrealize ()
	invoke signal handler manually
void	disconnect_signal_unrealize ()
	disconnect the signal handler
Public Member Functions inherited from mousetrap::has_signal_destroy< HeaderBar >
void	connect_signal_destroy (Function_t f, Data_t data)
	connect handler, will be invoked when signal is emitted. Data is passed to the signal handler function
void	connect_signal_destroy (Function_t f)
	connect handler, will be invoked when signal is emitted
void	set_signal_destroy_blocked (bool b)
	Set whether signal emission should trigger the signal handler.
bool	get_signal_destroy_blocked () const
	get whether signal emission should trigger the signal handler
void	emit_signal_destroy ()
	invoke signal handler manually
void	disconnect_signal_destroy ()
	disconnect the signal handler
Public Member Functions inherited from mousetrap::has_signal_hide< HeaderBar >
void	connect_signal_hide (Function_t f, Data_t data)
	connect handler, will be invoked when signal is emitted. Data is passed to the signal handler function
void	connect_signal_hide (Function_t f)
	connect handler, will be invoked when signal is emitted
void	set_signal_hide_blocked (bool b)
bool	get_signal_hide_blocked () const
void	emit_signal_hide ()
	invoke signal handler manually
void	disconnect_signal_hide ()
Public Member Functions inherited from mousetrap::has_signal_show< HeaderBar >
void	connect_signal_show (Function_t f, Data_t data)
	connect handler, will be invoked when signal is emitted. Data is passed to the signal handler function
void	connect_signal_show (Function_t f)
	connect handler, will be invoked when signal is emitted
void	set_signal_show_blocked (bool b)
bool	get_signal_show_blocked () const
void	emit_signal_show ()
	invoke signal handler manually
void	disconnect_signal_show ()
Public Member Functions inherited from mousetrap::has_signal_map< HeaderBar >
void	connect_signal_map (Function_t f, Data_t data)
	connect handler, will be invoked when signal is emitted. Data is passed to the signal handler function
void	connect_signal_map (Function_t f)
	connect handler, will be invoked when signal is emitted
void	set_signal_map_blocked (bool b)
bool	get_signal_map_blocked () const
void	emit_signal_map ()
	invoke signal handler manually
void	disconnect_signal_map ()
Public Member Functions inherited from mousetrap::has_signal_unmap< HeaderBar >
void	connect_signal_unmap (Function_t f, Data_t data)
	connect handler, will be invoked when signal is emitted. Data is passed to the signal handler function
void	connect_signal_unmap (Function_t f)
	connect handler, will be invoked when signal is emitted
void	set_signal_unmap_blocked (bool b)
bool	get_signal_unmap_blocked () const
void	emit_signal_unmap ()
	invoke signal handler manually
void	disconnect_signal_unmap ()

Additional Inherited Members
Static Public Attributes inherited from mousetrap::has_signal_realize< HeaderBar >
static const char *	signal_id
	glib ID
Static Public Attributes inherited from mousetrap::has_signal_unrealize< HeaderBar >
static const char *	signal_id
Static Public Attributes inherited from mousetrap::has_signal_destroy< HeaderBar >
static const char *	signal_id
Static Public Attributes inherited from mousetrap::has_signal_hide< HeaderBar >
static const char *	signal_id
	glib ID
Static Public Attributes inherited from mousetrap::has_signal_show< HeaderBar >
static const char *	signal_id
	glib ID
Static Public Attributes inherited from mousetrap::has_signal_map< HeaderBar >
static const char *	signal_id
	glib ID
Static Public Attributes inherited from mousetrap::has_signal_unmap< HeaderBar >
static const char *	signal_id
	glib ID
Protected Member Functions inherited from mousetrap::Widget
	Widget (NativeWidget widget)
	ctor protected. Only inheriting classes should call this
Protected Member Functions inherited from mousetrap::SignalEmitter
	SignalEmitter ()
	ctor
	~SignalEmitter ()
	destructor
Protected Member Functions inherited from mousetrap::has_signal_realize< HeaderBar >
	has_signal_realize (HeaderBar *instance)
Protected Member Functions inherited from mousetrap::has_signal_unrealize< HeaderBar >
	has_signal_unrealize (HeaderBar *instance)
	ctor protected
Protected Member Functions inherited from mousetrap::has_signal_destroy< HeaderBar >
	has_signal_destroy (HeaderBar *instance)
	ctor protected
Protected Member Functions inherited from mousetrap::has_signal_hide< HeaderBar >
	has_signal_hide (HeaderBar *instance)
Protected Member Functions inherited from mousetrap::has_signal_show< HeaderBar >
	has_signal_show (HeaderBar *instance)
Protected Member Functions inherited from mousetrap::has_signal_map< HeaderBar >
	has_signal_map (HeaderBar *instance)
Protected Member Functions inherited from mousetrap::has_signal_unmap< HeaderBar >
	has_signal_unmap (HeaderBar *instance)

Detailed Description

widget that is usually used in the decoration of a window

signal id	signature	emitted when...
Signals inherited from Widget
realize	(HeaderBar&, (Data_t)) -> void	Widget is realized, usually right before it is drawn for the first time
unrealize	(HeaderBar&, (Data_t)) -> void	Widget is unmapped and will no longer be drawn
destroy	(HeaderBar&, (Data_t)) -> void	Widgets internal state is deallocated, calling Widget::~Widget() may not necessarily emit this signal
hide	(HeaderBar&, (Data_t)) -> void	Widget is actively hidden, leaves the visible area of the window, or its opacity is set to 0
show	(HeaderBar&, (Data_t)) -> void	Widget is drawn for the first time after being realized
map	(HeaderBar&, (Data_t)) -> void	Widget is mapped, this happens the first time it and all its parents become visible
unmap	(HeaderBar&, (Data_t)) -> void	Widget and all of its parents become hidden

Constructor & Destructor Documentation

HeaderBar()

mousetrap::HeaderBar::HeaderBar

(

const std::string &

layout_string

)

construct

Parameters

layout_string

see Headerbar::set_layout

References set_layout().

Member Function Documentation

get_internal()

NativeObject mousetrap::HeaderBar::get_internal ( ) const

overridevirtual

expose internal

Reimplemented from mousetrap::SignalEmitter.

get_layout()

std::string mousetrap::HeaderBar::get_layout

(

)

const

get layout config string

Returns

string, adheres to https://docs.gtk.org/gtk4/method.HeaderBar.set_decoration_layout.html

get_show_title_buttons()

bool mousetrap::HeaderBar::get_show_title_buttons

(

)

const

get whether buttons like close, minimize, maximize are visible

Returns

true if visible, false otherwise

push_back()

void mousetrap::HeaderBar::push_back

(

const Widget &

widget

)

add a widget to the start of the header bar

Parameters

widget

push_front()

void mousetrap::HeaderBar::push_front

(

const Widget &

widget

)

add a widget to the end of the header bar

Parameters

widget

remove()

void mousetrap::HeaderBar::remove

(

const Widget &

widget

)

remove a widget from the header bar

Parameters

widget

set_layout()

void mousetrap::HeaderBar::set_layout

(

const std::string &

layout_string

)

set layout from config string, see https://docs.gtk.org/gtk4/method.HeaderBar.set_decoration_layout.html

Parameters

layout_string

Referenced by HeaderBar().

set_show_title_buttons()

void mousetrap::HeaderBar::set_show_title_buttons

(

bool

b

)

set whether buttons like close, minimize, maximize should be visible

Parameters

b	true if visible, false otherwise

set_title_widget()

void mousetrap::HeaderBar::set_title_widget

(

const Widget &

widget

)

set widget that will appear as the header bars title, usually in the center

Parameters

widget

References set_title_widget().

Referenced by set_title_widget().

---

The documentation for this class was generated from the following files:

• /home/clem/Workspace/mousetrap/include/mousetrap/header_bar.hpp
• /home/clem/Workspace/mousetrap/src/header_bar.cpp