fn load_atoms_latin1(&mut self, r: &mut BinaryReader) {
    let n_atoms = r.read_u32be();
    self.raw.atoms.reserve(n_atoms as usize);
    for _i in 0..n_atoms {
      let atom_bytes = r.read_u8();
      let atom_text = r.read_str_latin1(atom_bytes as Word).unwrap();
      self.raw.atoms.push(atom_text);
    }
  }
/// Approaching Atom section, populate atoms table in the Loader state.
/// The format is: "Atom"|"AtU8", u32/big count { u8 length, "atomname" }.
/// Same as `load_atoms_utf8` but interprets strings per-character as latin-1
Approaching Atom section, populate atoms table in the Loader state.
Approaching Atom section populate atoms table in the Loader state .
fn load_atoms_latin1(&mut self, r: &mut BinaryReader) {
    let n_atoms = r.read_u32be();
    self.raw.atoms.reserve(n_atoms as usize);
    for _i in 0..n_atoms {
      let atom_bytes = r.read_u8();
      let atom_text = r.read_str_latin1(atom_bytes as Word).unwrap();
      self.raw.atoms.push(atom_text);
    }
  }
fn load_atoms_latin1 ( & mut self , r : & mut BinaryReader ) { let n_atoms = r . read_u32be ( ) ; self . raw . atoms . reserve ( n_atoms as usize ) ; for _i in 0 .. n_atoms { let atom_bytes = r . read_u8 ( ) ; let atom_text = r . read_str_latin1 ( atom_bytes as Word ) . unwrap ( ) ; self . raw . atoms . push ( atom_text ) ; } }
Approaching Atom section, populate atoms table in the Loader state.
Approaching Atom section populate atoms table in the Loader state .
&mut self
r
&mut BinaryReader