You are an expert in writing code in many different languages. Your goal is to perform code completion for the following code, keeping in mind the rest of the code and the file meta data.
    Metadata details:
    filename: string_demo.rs
    path of file: ./repos/staticvec/demo
    
    the code of the file until where you have to start completion: // So we don't get "function complexity" lints and such since it's a demo.
#![allow(clippy::all)]
#![allow(dead_code)]
#![allow(incomplete_features)]

use core::iter::FromIterator;
use staticvec::{staticstring, staticvec, StaticString};

// There'll eventually be more stuff here probably, but for now it just tries
// to show the more "interesting" features.

const CONST_UNICODE: StaticString<255> = staticstring!("ğŸ‘ğŸ‰ğŸ™ƒğŸ‘ğŸ‰ğŸ™ƒğŸ‘ğŸ‰ğŸ™ƒğŸ‘ğŸ‰ğŸ™ƒ", 255);

static STATIC_UNICODE: StaticString<255> = staticstring!("ğŸ™‰ğŸ™‰ğŸ’£ğŸ’£ğŸ™‰ğŸ™‰ğŸ’£ğŸ’£ğŸ™‰ğŸ™‰ğŸ’£ğŸ’£", 255);

fn main() {
  let mut s = StaticString::<4>::new();
  s.push_str("ğŸ¤”");
  println!("Value: {}", s);
  println!("Debug info: {:?}", s);
  println!("Length: {}", s.len());
  println!("Remaining capacity: {}", s.remaining_capacity());
  let mut s2 = StaticString::<4>::new();
  s2.push('ğŸ¤”');
  println!("Value: {}", s2);
  println!("Debug info: {:?}", s2);
  println!("Length: {}", s2.len());
  println!("Remaining capacity: {}", s2.remaining_capacity());
  let s3 = StaticString::<7>::from_chars(
    staticvec!['A', 'B', 'C', 'D', 'E', 'F', 'G']
      .reversed()
      .into_iter(),
  );
  println!("Value: {}", s3);
  println!("Debug info: {:?}", s3);
  println!("Length: {}", s3.len());
  println!("Remaining capacity: {}", s3.remaining_capacity());
  let v = staticvec!["ABCDEFG", "HIJKLMNOP", "QRSTUV", "WXYZ"];
  let s4 = StaticString::<26>::from_iter(v.into_iter());
  println!("Value: {}", s4);
  println!("Debug info: {:?}", s4);
  println!("Length: {}", s4.len());
  println!("Remaining capacity: {}", s4.remaining_capacity());
  let mut s5 = StaticString::<6>::from("ABEF");
  s5.insert_str(2, "CD");
  println!("Value: {}", s5);
  println!("Debug info: {:?}", s5);
  println!("Length: {}", s5.len());
  println!("Remaining capacity: {}", s5.remaining_capacity());
  s5.replace_range(2..4, "XY");
  println!("Value: {}", s5);
  println!("Debug info: {:?}", s5);
  println!("Length: {}", s5.len());
  println!("Remaining capacity: {}", s5.remaining_capacity());
  let mut s6 = StaticString::<5>::from(" ABC ");
  println!("Value: {}", s6);
  println!("Debug info: {:?}", s6);
  println!("Length: {}", s6.len());
  println!("Remaining capacity: {}", s6.remaining_capacity());
  s6.trim();
  println!("Value: {}", s6);
  println!("Debug info: {:?}", s6);
  println!("Length: {}", s6.len());
  println!("Remaining capacity: {}", s6.remaining_capacity());
  let mut a = StaticString::<6>::from("ABCDEF");
  let b = a.split_off(3);
  println!("Value: {}", a);
  println!("Debug info: {:?}", a);
  println!("Length: {}", a.len());
  println!("Remaining capacity: {}", a.remaining_capacity());
  println!("Value: {}", b);
  println!("Debug info: {:?}", b);
  println!("Length: {}", b.len());
  println!("Remaining capacity: {}", b.remaining_capacity());
  let mut s7 = StaticString::<12>::from("ğŸ¤”ABCDğŸ¤”");
  s7.retain(|c| c != 'ğŸ¤”');
  println!("Value: {}", s7);
  println!("Debug info: {:?}", s7);
  println!("Length: {}", s7.len());
  println!("Remaining capacity: {}", s7.remaining_capacity());
  let mut s8 = StaticString::<8>::new();
  for _ in 0..12 {
    s8.push_str_truncating("A");
  }
  printl
    
fn main() {
  let mut s = StaticString::<4>::new();
  s.push_str("ğŸ¤”");
  println!("Value: {}", s);
  println!("Debug info: {:?}", s);
  println!("Length: {}", s.len());
  println!("Remaining capacity: {}", s.remaining_capacity());
  let mut s2 = StaticString::<4>::new();
  s2.push('ğŸ¤”');
  println!("Value: {}", s2);
  println!("Debug info: {:?}", s2);
  println!("Length: {}", s2.len());
  println!("Remaining capacity: {}", s2.remaining_capacity());
  let s3 = StaticString::<7>::from_chars(
    staticvec!['A', 'B', 'C', 'D', 'E', 'F', 'G']
      .reversed()
      .into_iter(),
  );
  println!("Value: {}", s3);
  println!("Debug info: {:?}", s3);
  println!("Length: {}", s3.len());
  println!("Remaining capacity: {}", s3.remaining_capacity());
  let v = staticvec!["ABCDEFG", "HIJKLMNOP", "QRSTUV", "WXYZ"];
  let s4 = StaticString::<26>::from_iter(v.into_iter());
  println!("Value: {}", s4);
  println!("Debug info: {:?}", s4);
  println!("Length: {}", s4.len());
  println!("Remaining capacity: {}", s4.remaining_capacity());
  let mut s5 = StaticString::<6>::from("ABEF");
  s5.insert_str(2, "CD");
  println!("Value: {}", s5);
  println!("Debug info: {:?}", s5);
  println!("Length: {}", s5.len());
  println!("Remaining capacity: {}", s5.remaining_capacity());
  s5.replace_range(2..4, "XY");
  println!("Value: {}", s5);
  println!("Debug info: {:?}", s5);
  println!("Length: {}", s5.len());
  println!("Remaining capacity: {}", s5.remaining_capacity());
  let mut s6 = StaticString::<5>::from(" ABC ");
  println!("Value: {}", s6);
  println!("Debug info: {:?}", s6);
  println!("Length: {}", s6.len());
  println!("Remaining capacity: {}", s6.remaining_capacity());
  s6.trim();
  println!("Value: {}", s6);
  println!("Debug info: {:?}", s6);
  println!("Length: {}", s6.len());
  println!("Remaining capacity: {}", s6.remaining_capacity());
  let mut a = StaticString::<6>::from("ABCDEF");
  let b = a.split_off(3);
  println!("Value: {}", a);
  println!("Debug info: {:?}", a);
  println!("Length: {}", a.len());
  println!("Remaining capacity: {}", a.remaining_capacity());
  println!("Value: {}", b);
  println!("Debug info: {:?}", b);
  println!("Length: {}", b.len());
  println!("Remaining capacity: {}", b.remaining_capacity());
  let mut s7 = StaticString::<12>::from("ğŸ¤”ABCDğŸ¤”");
  s7.retain(|c| c != 'ğŸ¤”');
  println!("Value: {}", s7);
  println!("Debug info: {:?}", s7);
  println!("Length: {}", s7.len());
  println!("Remaining capacity: {}", s7.remaining_capacity());
  let mut s8 = StaticString::<8>::new();
  for _ in 0..12 {
    s8.push_str_truncating("A");
  }
  println!("Value: {}", s8);
  println!("Debug info: {:?}", s8);
  println!("Length: {}", s8.len());
  println!("Remaining capacity: {}", s8.remaining_capacity());
  println!("Value: {}", CONST_UNICODE);
  println!("Debug info: {:?}", CONST_UNICODE);
  println!("Length: {}", CONST_UNICODE.len());
  println!("Remaining capacity: {}", CONST_UNICODE.remaining_capacity());
  println!("Value: {}", STATIC_UNICODE);
  println!("Debug info: {:?}", STATIC_UNICODE);
  println!("Length: {}", STATIC_UNICODE.len());
  println!(
    "Remaining capacity: {}",
    STATIC_UNICODE.remaining_capacity()
  );
  let runtime_unicode = staticstring!("ğŸ™‰ğŸ™‰ğŸ’£ğŸ’£ğŸ™‰ğŸ™‰ğŸ’£ğŸ’£ğŸ™‰ğŸ™‰ğŸ’£ğŸ’£", 255);
  println!("Value: {}", runtime_unicode);
  println!("Debug info: {:?}", runtime_unicode);
  println!("Length: {}", runtime_unicode.len());
  println!(
    "Remaining capacity: {}",
    runtime_unicode.remaining_capacity()
  );
}