HikoGUI
A low latency retained GUI
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Public Types | Public Member Functions
hi::v1::toolbar_tab_button_widget Class Referencefinal

#include <hikogui/widgets/toolbar_tab_button_widget.hpp>

Inheritance diagram for hi::v1::toolbar_tab_button_widget:
hi::v1::abstract_button_widget hi::v1::widget std::enable_shared_from_this< widget >

Public Types

using super = abstract_button_widget
 
using delegate_type = typename super::delegate_type
 
- Public Types inherited from hi::v1::abstract_button_widget
using super = widget
 
using delegate_type = button_delegate
 

Public Member Functions

 toolbar_tab_button_widget (widget *parent, std::shared_ptr< delegate_type > delegate, button_widget_attribute auto &&...attributes) noexcept
 Construct a toolbar tab button widget.
 
template<different_from< std::shared_ptr< delegate_type > > Value, forward_of< observer< observer_decay_t< Value > > > OnValue, button_widget_attribute... Attributes>
requires requires { make_default_radio_button_delegate(hi_forward(value), hi_forward(on_value)); }
 toolbar_tab_button_widget (widget *parent, Value &&value, OnValue &&on_value, Attributes &&...attributes) noexcept
 Construct a toolbar tab button widget with a default button delegate.
 
void request_redraw () const noexcept
 
- Public Member Functions inherited from hi::v1::abstract_button_widget
 abstract_button_widget (widget *parent, std::shared_ptr< delegate_type > delegate) noexcept
 
button_state state () const noexcept
 Get the current state of the button.
 
- Public Member Functions inherited from hi::v1::widget
 widget (widget *parent) noexcept
 
 widget (const widget &)=delete
 
widgetoperator= (const widget &)=delete
 
 widget (widget &&)=delete
 
widgetoperator= (widget &&)=delete
 
virtual hitbox hitbox_test_from_parent (point2i position) const noexcept
 Call hitbox_test from a parent widget.
 
virtual hitbox hitbox_test_from_parent (point2i position, hitbox sibling_hitbox) const noexcept
 Call hitbox_test from a parent widget.
 
widget_layout const & layout () const noexcept
 Get the current layout for this widget.
 
virtual bool process_event (gui_event const &event) const noexcept
 
void request_redraw () const noexcept
 Request the widget to be redrawn on the next frame.
 
virtual bool handle_event_recursive (gui_event const &event, std::vector< widget const * > const &reject_list=std::vector< widget const * >{}) noexcept
 Handle command recursive.
 
virtual widget const * find_next_widget (widget const *current_keyboard_widget, keyboard_focus_group group, keyboard_focus_direction direction) const noexcept
 Find the next widget that handles keyboard focus.
 
widget const * find_first_widget (keyboard_focus_group group) const noexcept
 
widget const * find_last_widget (keyboard_focus_group group) const noexcept
 
bool is_first (keyboard_focus_group group) const noexcept
 Is this widget the first widget in the parent container.
 
bool is_last (keyboard_focus_group group) const noexcept
 Is this widget the last widget in the parent container.
 
virtual void scroll_to_show (hi::aarectanglei rectangle) noexcept
 Scroll to show the given rectangle on the window.
 
void scroll_to_show () noexcept
 Scroll to show the important part of the widget.
 
std::vector< widget const * > parent_chain () const noexcept
 Get a list of parents of a given widget.
 
virtual gui_window * window () const noexcept
 
virtual hi::theme const & theme () const noexcept
 
virtual gfx_surface const * surface () const noexcept
 
virtual color foreground_color () const noexcept
 
virtual color focus_color () const noexcept
 
virtual color accent_color () const noexcept
 
virtual color label_color () const noexcept
 
- Public Member Functions inherited from std::enable_shared_from_this< widget >
enable_shared_from_this (T... args)
 
operator= (T... args)
 
shared_from_this (T... args)
 
~enable_shared_from_this (T... args)
 

Additional Inherited Members

- Data Fields inherited from hi::v1::abstract_button_widget
std::shared_ptr< delegate_typedelegate
 The delegate that controls the button widget.
 
observer< label > on_label = tr("on")
 The label to show when the button is in the 'on' state.
 
observer< label > off_label = tr("off")
 The label to show when the button is in the 'off' state.
 
observer< label > other_label = tr("other")
 The label to show when the button is in the 'other' state.
 
observer< alignment > alignment
 The alignment of the button and on/off/other label.
 
observer< semantic_text_style > text_style = semantic_text_style::label
 The text style to button's label.
 
notifier< void()> pressed
 
- Data Fields inherited from hi::v1::widget
widgetparent = nullptr
 Pointer to the parent widget.
 
uint32_t id = 0
 The numeric identifier of a widget.
 
observer< widget_modemode = widget_mode::enabled
 The widget mode.
 
observer< bool > hover = false
 Mouse cursor is hovering over the widget.
 
observer< bool > focus = false
 The widget has keyboard focus.
 
int semantic_layer = 0
 The draw layer of the widget.
 
int logical_layer = 0
 The logical layer of the widget.
 
observer< extent2iminimum = extent2i{}
 The minimum size this widget is allowed to be.
 
observer< extent2imaximum = extent2i::large()
 The maximum size this widget is allowed to be.
 

Detailed Description

A graphical control element that allows the user to choose only one of a predefined set of mutually exclusive views of a tab_widget.

A toolbar tab button generally controls a tab_widget, to show one of its child widgets.

A toolbar tab button has two different states with different visual representation:

Each time a user activates the toolbar tab button it switches its state to 'on'.

A toolbar tab button cannot itself switch state to 'other', this state may be caused by external factors. The canonical example is another toolbar tab button in a set, which is configured with a different on_value.

In the following example we create three toolbar tab button widgets on the window which observes the same value. Each tab button is configured with a different on_value: 0, 1 and 2.

window->toolbar().make_widget<toolbar_tab_button_widget>(value, 0, tr("one"));
window->toolbar().make_widget<toolbar_tab_button_widget>(value, 1, tr("two"));
window->toolbar().make_widget<toolbar_tab_button_widget>(value, 2, tr("three"));
Note
A toolbar tab button does not directly control a tab_widget. Like radio_button_widget this is accomplished by sharing a delegate or a observer between the toolbar tab button and the tab widget.

Constructor & Destructor Documentation

◆ toolbar_tab_button_widget() [1/2]

hi::v1::toolbar_tab_button_widget::toolbar_tab_button_widget ( widget * parent,
std::shared_ptr< delegate_type > delegate,
button_widget_attribute auto &&... attributes )
inlinenoexcept

Construct a toolbar tab button widget.

Parameters
parentThe parent widget that owns this radio button widget.
delegateThe delegate to use to manage the state of the tab button widget.
attributesDifferent attributes used to configure the label's on the toolbar tab button: a label, alignment or semantic_text_style. If one label is passed it will be shown in all states. If two labels are passed the first label is shown in on-state and the second for off-state.

◆ toolbar_tab_button_widget() [2/2]

template<different_from< std::shared_ptr< delegate_type > > Value, forward_of< observer< observer_decay_t< Value > > > OnValue, button_widget_attribute... Attributes>
requires requires { make_default_radio_button_delegate(hi_forward(value), hi_forward(on_value)); }
hi::v1::toolbar_tab_button_widget::toolbar_tab_button_widget ( widget * parent,
Value && value,
OnValue && on_value,
Attributes &&... attributes )
inlinenoexcept

Construct a toolbar tab button widget with a default button delegate.

Parameters
parentThe parent widget that owns this toolbar tab button widget.
valueThe value or observer value which represents the state of the toolbar tab button.
on_valueAn optional on-value. This value is used to determine which value yields an 'on' state.
attributesDifferent attributes used to configure the label's on the toolbar tab button: a label, alignment or semantic_text_style. If one label is passed it will be shown in all states. If two labels are passed the first label is shown in on-state and the second for off-state.

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