fn load_exports(&mut self, r: &mut BinaryReader) -> Vec<LExport> {
    let n_exports = r.read_u32be();
    let mut exports = Vec::new();
    exports.reserve(n_exports as usize);
    for _i in 0..n_exports {
      let exp = LExport {
        fun_atom_i: r.read_u32be(),
        arity: r.read_u32be() as Arity,
        label: r.read_u32be(),
      };
      exports.push(exp);
    }
    exports
  }
/// Read the exports or local functions table (same format).
/// Format is u32/big count { funindex: u32, arity: u32, label: u32 }
Read the exports or local functions table (same format).
Read the exports or local functions table ( same format ) .
fn load_exports(&mut self, r: &mut BinaryReader) -> Vec<LExport> {
    let n_exports = r.read_u32be();
    let mut exports = Vec::new();
    exports.reserve(n_exports as usize);
    for _i in 0..n_exports {
      let exp = LExport {
        fun_atom_i: r.read_u32be(),
        arity: r.read_u32be() as Arity,
        label: r.read_u32be(),
      };
      exports.push(exp);
    }
    exports
  }
fn load_exports ( & mut self , r : & mut BinaryReader ) -> Vec < LExport > { let n_exports = r . read_u32be ( ) ; let mut exports = Vec :: new ( ) ; exports . reserve ( n_exports as usize ) ; for _i in 0 .. n_exports { let exp = LExport { fun_atom_i : r . read_u32be ( ) , arity : r . read_u32be ( ) as Arity , label : r . read_u32be ( ) , } ; exports . push ( exp ) ; } exports }
Read the exports or local functions table (same format).
Read the exports or local functions table ( same format ) .
&mut self
r
&mut BinaryReader