Struct Flexbox 

pub struct Flexbox { /* private fields */ }

Concrete flexbox implementation powered by Yoga.

Trait Implementations

impl Algorithm for Flexbox

type Node = Node

Represents the type of a node within this flexbox.

fn new() -> Flexbox

Create a new instance of the flexbox (i.e. root).

fn new_node( &mut self, style: ViewStyle, children: &[<Flexbox as Algorithm>::Node], ) -> <Flexbox as Algorithm>::Node

Create a new node with the given child nodes.

fn new_leaf( &mut self, style: ViewStyle, measure: MeasureFunc, ) -> <Flexbox as Algorithm>::Node

Create a new leaf with an intrinsic content size that is determined by the given measure function.

fn add_child( &mut self, parent: <Flexbox as Algorithm>::Node, child: <Flexbox as Algorithm>::Node, )

Add a child node to a parent node.

fn remove_child( &mut self, parent: <Flexbox as Algorithm>::Node, child: <Flexbox as Algorithm>::Node, )

Remove a child node from a parent node.

fn child_count(&self, parent: <Flexbox as Algorithm>::Node) -> usize

Returns the number of child nodes of a specific parent node.

fn remove(&mut self, node: <Flexbox as Algorithm>::Node)

Removes the given node from this flexbox.

fn set_style(&mut self, node: <Flexbox as Algorithm>::Node, style: ViewStyle)

Updates the style of a specific node within this flexbox.

fn set_measure( &mut self, node: <Flexbox as Algorithm>::Node, measure: MeasureFunc, )

Updates the measure function of a specific node within this flexbox.

fn compute_layout( &mut self, node: <Flexbox as Algorithm>::Node, size: Size<Dimension<f32>>, )

Computes the layout of a node within this flexbox within the given size.

fn layout(&self, node: <Flexbox as Algorithm>::Node) -> Layout

Returns the computed layout of a node within this flexbox.

impl Send for Flexbox

Send and sync are not implemented for yoga::Node but they can be sent between threads and they are synced by the mutex of Flexbox.

impl Sync for Flexbox