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Minimal test - lines (117, 120)

Code

const nsTPromiseFlatString TPromiseFlatString(
    const typename nsTPromiseFlatString::substring_type& aString) {
  return nsTPromiseFlatString(aString);
}

Minimal test - lines (123, 126)

Code

const nsTPromiseFlatString TPromiseFlatString(
    const typename nsTPromiseFlatString::substring_tuple_type& aString) {
  return nsTPromiseFlatString(aString);
}

Minimal test - lines (72, 109)

Code

class nsTPromiseFlatString : public nsTString {
 public:
  typedef nsTPromiseFlatString self_type;
  typedef nsTString base_string_type;
  typedef typename base_string_type::substring_type substring_type;
  typedef typename base_string_type::string_type string_type;
  typedef typename base_string_type::substring_tuple_type substring_tuple_type;
  typedef typename base_string_type::char_type char_type;
  typedef typename base_string_type::size_type size_type;

  // These are only for internal use within the string classes:
  typedef typename base_string_type::DataFlags DataFlags;
  typedef typename base_string_type::ClassFlags ClassFlags;

 private:
  void Init(const substring_type&);

  // NOT TO BE IMPLEMENTED
  void operator=(const self_type&) = delete;

  // NOT TO BE IMPLEMENTED
  nsTPromiseFlatString() = delete;

  // NOT TO BE IMPLEMENTED
  nsTPromiseFlatString(const string_type& aStr) = delete;

 public:
  explicit nsTPromiseFlatString(const substring_type& aStr) : string_type() {
    Init(aStr);
  }

  explicit nsTPromiseFlatString(const substring_tuple_type& aTuple)
      : string_type() {
    // nothing else to do here except assign the value of the tuple
    // into ourselves.
    this->Assign(aTuple);
  }
};