Struct Op

pub struct Op<M: Matcher> { /* private fields */ }

Implementations

impl<M: Matcher> Op<M>

pub fn not(pattern: M) -> Not<M>

impl<M: Matcher> Op<M>

pub fn every(pattern: M) -> Op<And<M, MatchAll>>

pub fn either(pattern: M) -> Op<Or<M, MatchNone>>

pub fn all<MS: IntoIterator<Item = M>>(patterns: MS) -> All<M>

pub fn any<MS: IntoIterator<Item = M>>(patterns: MS) -> Any<M>

pub fn new(matcher: M) -> Op<M>

impl<M: Matcher, N: Matcher> Op<And<M, N>>

pub fn and<O: Matcher>(self, other: O) -> Op<And<And<M, N>, O>>

impl<M: Matcher, N: Matcher> Op<Or<M, N>>

pub fn or<O: Matcher>(self, other: O) -> Op<Or<Or<M, N>, O>>

Trait Implementations

impl<M: Clone + Matcher> Clone for Op<M>

fn clone(&self) -> Op<M>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<M> Matcher for Op<M>

where M: Matcher,

fn match_node_with_env<'tree, D: Doc>( &self, node: Node<'tree, D>, env: &mut Cow<'_, MetaVarEnv<'tree, D>>, ) -> Option<Node<'tree, D>>

Returns the node why the input is matched or None if not matched. The return value is usually input node itself, but it can be different node. For example Has matcher can return the child or descendant node.

fn potential_kinds(&self) -> Option<BitSet>

Returns a bitset for all possible target node kind ids. Returns None if the matcher needs to try against all node kind.

fn get_match_len<D: Doc>(&self, _node: Node<'_, D>) -> Option<usize>

get_match_len will skip trailing anonymous child node to exclude punctuation.