Struct NamedLineResolverAxis 

struct NamedLineResolverAxis<'a, S: CheapCloneStr> {
    lines: &'a HashMap<StrHasher<S>, SmallVec<[u32; 4]>, RandomState>,
    areas: &'a HashMap<StrHasher<S>, AreaLines, RandomState>,
    axis: GridAreaAxis,
    explicit_track_count: u16,
}

Resolver for named placements in one grid axis

Fields

lines: &'a HashMap<StrHasher<S>, SmallVec<[u32; 4]>, RandomState>

Named lines and their one-indexed positions

areas: &'a HashMap<StrHasher<S>, AreaLines, RandomState>

The edges of named grid areas (in both axes)

axis: GridAreaAxis

The axis being resolved

explicit_track_count: u16

Number of explicit tracks in this axis

Implementations

impl<S: CheapCloneStr> NamedLineResolverAxis<'_, S>

fn area_line(&self, area_name: &str, end: GridAreaEnd) -> Option<&u32>

The line for the passed edge of the named grid area in this axis (if there is one)

fn resolve_line_names( &self, line: &Line<GridPlacement<S>>, ) -> Line<GenericGridPlacement<GridLine>>

Resolve named lines and spans into numeric placements

fn find_named_line(&self, name: &S, idx: i16, end: GridAreaEnd) -> GridLine

Resolve the grid line for a named grid line (<custom-ident> or <integer> <custom-ident>). An index of 0 is used to represent “no index specified”.

https://drafts.csswg.org/css-grid-2/#line-placement

fn lines_named(&self, name: &str) -> &[u32]

The sorted line numbers of the lines with the passed name

A line generated by a grid area is included in the lines of its name if any line has been explicitly given the same name. Otherwise it is found from the area’s edges.

fn last_explicit_line(&self) -> OriginZeroLine

The line at the end edge of the explicit grid

fn nth_line_forwards( &self, lines: &[u32], first_line: OriginZeroLine, n: i32, ) -> OriginZeroLine

Find the nth line in lines (searching forwards) that is not before first_line.

If there are not enough such lines, then all implicit lines after the explicit grid are assumed to be in lines for the purpose of counting

https://drafts.csswg.org/css-grid-2/#grid-placement-int

fn nth_line_backwards( &self, lines: &[u32], last_line: OriginZeroLine, n: i32, ) -> OriginZeroLine

Find the nth line in lines (searching backwards) that is not after last_line.

If there are not enough such lines, then all implicit lines before the explicit grid are assumed to be in lines for the purpose of counting

https://drafts.csswg.org/css-grid-2/#grid-placement-int