[−][src]Trait truncrate::SplitToBoundary
Required methods
fn split_to_boundary(&self, boundary: usize) -> Vec<&str>
fn split_to_offset(&self, offset: usize) -> Vec<&str>
fn split_all_to_boundary(&self, boundary: usize) -> Vec<&str>
Implementations on Foreign Types
impl SplitToBoundary for str
[src]
fn split_to_boundary(&self, boundary: usize) -> Vec<&str>
[src]
performs a 'truncate_to_boundary' and produces a vector with the rest of the string on the right side. This can be regarded as a left-side-split with unicode awareness trimming.
fn split_to_offset(&self, offset: usize) -> Vec<&str>
[src]
performs a 'truncate_to_byte_offset' and produces a vector with the rest of the string on the right side. This can be regarded as a left-side-split with unicode awareness and trimming.
Examples:
use truncrate::*; let s = "🤚🏾a🤚 "; assert_eq!(s.split_to_offset(7), vec!("", "🤚🏾a🤚 ")); assert_eq!(s.split_to_offset(8), vec!("🤚🏾", "a🤚 "));
fn split_all_to_boundary(&self, boundary: usize) -> Vec<&str>
[src]
performs a 'split_to_boundary' until all of the string has been split properly. Also removes needless spaces and empty strings.
Examples:
use truncrate::*; let mut s = "🤚🏾a🤚 "; assert_eq!(s.split_all_to_boundary(1), vec!("a", "🤚")); assert_eq!(s.split_all_to_boundary(2), vec!("🤚🏾", "a🤚",));
impl<'_> SplitToBoundary for Vec<&'_ str>
[src]
fn split_to_boundary(&self, boundary: usize) -> Vec<&str>
[src]
performs a 'split_to_boundary' on the last element of a Vec<&str> thus adding another item to the list with the truncated string based on a character boundary.
fn split_to_offset(&self, offset: usize) -> Vec<&str>
[src]
performs a 'split_to_offset' on the last element of a Vec<&str> thus adding another item to the list with the truncated string based byte limitation.
fn split_all_to_boundary(&self, boundary: usize) -> Vec<&str>
[src]
performs a split_all_to_boundary on the last element of a Vec<&str> thus performing a unicode aware split on of its strings, along with trimming and removal of empty strings.