Struct LLSelection 

pub struct LLSelection { /* private fields */ }

Selections will never be empty

Implementations

impl LLSelection

pub fn from_line(ll_line: Rc<LLLine>) -> Option<Self>

Returns None if the line is empty

pub fn split_by<'a, M: XMatch<'a>>(&'a self, matcher: &M) -> Vec<LLSelection>

pub fn find_by<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Vec<(LLSelection, M::Out)>

pub fn find_first_by<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Option<(LLSelection, M::Out)>

pub fn find_by_forwards_and_backwards<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Vec<(LLSelection, M::Out)>

pub fn match_forwards<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Vec<(LLSelection, M::Out)>

pub fn match_first_forwards<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Option<(LLSelection, M::Out)>

pub fn match_forwards_longest<'a, M: XMatch<'a>>( &'a self, _matcher: &M, ) -> Option<(LLSelection, M::Out)>

pub fn match_forwards_shortest<'a, M: XMatch<'a>>( &'a self, _matcher: &M, ) -> Option<(LLSelection, M::Out)>

pub fn match_backwards<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Vec<(LLSelection, M::Out)>

pub fn match_first_backwards<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Option<(LLSelection, M::Out)>

pub fn after(&self) -> Option<LLSelection>

pub fn split_with( &self, other_selection: &LLSelection, ) -> [Option<LLSelection>; 2]

pub fn trim_start<'a, M: XMatch<'a>>( &'a self, matcher: &M, ) -> Option<LLSelection>

pub fn trim_end<'a, M: XMatch<'a>>(&'a self, matcher: &M) -> Option<LLSelection>

pub fn trim<'a, M: XMatch<'a>>(&'a self, matcher: &M) -> Option<LLSelection>

pub fn finish_with_attr<Attr>(&self, value: Attr) -> LLCursorAssignment<Attr>

Trait Implementations

impl Clone for LLSelection

fn clone(&self) -> LLSelection

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for LLSelection

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq for LLSelection

fn eq(&self, other: &Self) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.