62       : storage_(std::forward<Ts>(elements)...) {  in BoundedInlineVector()
72                                              storage_.data, &storage_.size);  in BoundedInlineVector()
81                                              storage_.data, &storage_.size);  in BoundedInlineVector()
89     bounded_inline_vector_impl::DestroyElements(storage_.data, storage_.size);
92                                              storage_.data, &storage_.size);
101     bounded_inline_vector_impl::DestroyElements(storage_.data, storage_.size);
104                                              storage_.data, &storage_.size);
108   bool empty() const { return storage_.size == 0; }  in empty()
109   int size() const { return storage_.size; }  in size()
118     if (new_size > storage_.size) {  in resize()
120           storage_.data + storage_.size, new_size - storage_.size);  in resize()
121     } else if (new_size < storage_.size) {  in resize()
122       bounded_inline_vector_impl::DestroyElements(storage_.data + new_size,  in resize()
123                                                   storage_.size - new_size);  in resize()
125     storage_.size = new_size;  in resize()
128   const T* data() const { return storage_.data; }  in data()
129   T* data() { return storage_.data; }  in data()
133     RTC_DCHECK_LT(index, storage_.size);
134     return storage_.data[index];
138     RTC_DCHECK_LT(index, storage_.size);
139     return storage_.data[index];
142   T* begin() { return storage_.data; }  in begin()
143   T* end() { return storage_.data + storage_.size; }  in end()
144   const T* begin() const { return storage_.data; }  in begin()
145   const T* end() const { return storage_.data + storage_.size; }  in end()
146   const T* cbegin() const { return storage_.data; }  in cbegin()
147   const T* cend() const { return storage_.data + storage_.size; }  in cend()
150   bounded_inline_vector_impl::Storage<T, fixed_capacity> storage_;