}
else
{
- constexpr size_t __n = 32;
+ constexpr int __n = 32;
char __buf[__n]{};
for (int __i = 0; __i < __n && __first != __last; ++__i)
__buf[__i] = __first[__i];
if (size_t __extras = int(__d == __p) + __z)
{
- if (__dynbuf.empty() && __extras <= (__end - __res.ptr))
+ if (__dynbuf.empty() && __extras <= size_t(__end - __res.ptr))
{
// Move exponent to make space for extra chars.
__builtin_memmove(__start + __p + __extras,
_M_write(_CharT __c)
{
*_M_next++ = __c;
- if (_M_next - _M_span.begin() == _M_span.size()) [[unlikely]]
+ if (_M_next - _M_span.begin() == std::ssize(_M_span)) [[unlikely]]
_M_overflow();
}
auto __used = this->_M_used();
if (_M_max < 0) // No maximum.
_M_out = ranges::copy(__used, std::move(_M_out)).out;
- else if (_M_count < _M_max)
+ else if (_M_count < size_t(_M_max))
{
auto __max = _M_max - _M_count;
span<_CharT> __first;