Struct layout_2013::block::AbsoluteNonReplaced

pub struct AbsoluteNonReplaced;

The different types of Blocks.

They mainly differ in the way inline-size and block-sizes and margins are calculated for them.

Trait Implementations

impl ISizeAndMarginsComputer for AbsoluteNonReplaced

fn solve_inline_size_constraints( &self, block: &mut BlockFlow, input: &ISizeConstraintInput, ) -> ISizeConstraintSolution

Solve the horizontal constraint equation for absolute non-replaced elements.

CSS Section 10.3.7 Constraint equation: inline-start + inline-end + inline-size + margin-inline-start + margin-inline-end = absolute containing block inline-size - (horizontal padding and border) [aka available inline-size]

Return the solution for the equation.

fn containing_block_inline_size( &self, block: &mut BlockFlow, _: Au, shared_context: &SharedStyleContext<'_>, ) -> Au

fn set_inline_position_of_flow_if_necessary( &self, block: &mut BlockFlow, solution: ISizeConstraintSolution, )

Set the inline coordinate of the given flow if it is absolutely positioned.

fn compute_border_and_padding( &self, block: &mut BlockFlow, containing_block_inline_size: Au, )

Instructs the fragment to compute its border and padding.

fn compute_inline_size_constraint_inputs( &self, block: &mut BlockFlow, parent_flow_inline_size: Au, shared_context: &SharedStyleContext<'_>, ) -> ISizeConstraintInput

Compute the inputs for the ISize constraint equation.

fn set_inline_size_constraint_solutions( &self, block: &mut BlockFlow, solution: ISizeConstraintSolution, )

Set the used values for inline-size and margins from the relevant constraint equation. This is called only once.

fn initial_computed_inline_size( &self, block: &mut BlockFlow, parent_flow_inline_size: Au, shared_context: &SharedStyleContext<'_>, ) -> MaybeAuto

fn compute_used_inline_size( &self, block: &mut BlockFlow, shared_context: &SharedStyleContext<'_>, parent_flow_inline_size: Au, )

Compute the used value of inline-size, taking care of min-inline-size and max-inline-size.

fn solve_block_inline_size_constraints( &self, block: &mut BlockFlow, input: &ISizeConstraintInput, ) -> ISizeConstraintSolution

Computes inline-start and inline-end margins and inline-size.