void
test_unconstrained()
{
- // PR libstc++/102863 - Optional monadic ops should not be constrained
+ // PR libstdc++/102863 - Optional monadic ops should not be constrained
std::optional<int> x;
auto answer = x.and_then([](auto& y) { f(y); return std::optional<int>{42}; });
VERIFY( !answer );
void
test_unconstrained()
{
- // PR libstc++/102863 - Optional monadic ops should not be constrained
+ // PR libstdc++/102863 - Optional monadic ops should not be constrained
std::optional<int> x;
auto answer = x.transform([](auto& y) { f(y); return 42; });
VERIFY( !answer );
char* c_ref = new char[size];
locale loc = locale::classic();
- const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
+ const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
- // According to the resolution of DR19 (see also libstd++/9168), in
+ // According to the resolution of DR19 (see also libstdc++/9168), in
// case of degenerate conversion ('noconv'), "there are no changes to
// the values in [to, to_limit)."
memset(c_ref, 'X', size);
char* c_ref = new char[size];
locale loc = locale::classic();
- const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
+ const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
- // According to the resolution of DR19 (see also libstd++/9168), in
+ // According to the resolution of DR19 (see also libstdc++/9168), in
// case of degenerate conversion ('noconv'), "there are no changes to
// the values in [to, to_limit)."
memset(c_ref, 'X', size);
locale loc = locale::classic();
c_codecvt::state_type state;
- const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
+ const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
- // According to the resolution of DR19 (see also libstd++/9168), in
+ // According to the resolution of DR19 (see also libstdc++/9168), in
// case of degenerate conversion ('noconv'), "there are no changes to
// the values in [to, to_limit)."
memset(c_ref, 'X', size);
// in
memset(c_arr, 'X', size);
- result r1 = cvt->in(state, c_lit, c_lit + size, from_next,
+ result r1 = cvt->in(state, c_lit, c_lit + size, from_next,
c_arr, c_arr + size, to_next);
VERIFY( r1 == codecvt_base::noconv );
- VERIFY( !memcmp(c_arr, c_ref, size) );
+ VERIFY( !memcmp(c_arr, c_ref, size) );
VERIFY( from_next == c_lit );
VERIFY( to_next == c_arr );
char* c_arr = new char[size];
char* c_ref = new char[size];
locale loc = locale::classic();
- const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
+ const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
- // According to the resolution of DR19 (see also libstd++/9168), in
+ // According to the resolution of DR19 (see also libstdc++/9168), in
// case of degenerate conversion ('noconv'), "there are no changes to
// the values in [to, to_limit)."
memset(c_ref, 'X', size);
locale loc = locale::classic();
c_codecvt::state_type state;
- const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
+ const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
- // According to the resolution of DR19 (see also libstd++/9168), in
+ // According to the resolution of DR19 (see also libstdc++/9168), in
// case of degenerate conversion ('noconv'), "there are no changes to
// the values in [to, to_limit)."
memset(c_ref, 'X', size);
// out
memset(c_arr, 'X', size);
- result r2 = cvt->out(state, c_lit, c_lit + size, from_next,
+ result r2 = cvt->out(state, c_lit, c_lit + size, from_next,
c_arr, c_arr + size, to_next);
VERIFY( r2 == codecvt_base::noconv );
- VERIFY( !memcmp(c_arr, c_ref, size) );
+ VERIFY( !memcmp(c_arr, c_ref, size) );
VERIFY( from_next == c_lit );
VERIFY( to_next == c_arr );
locale loc = locale::classic();
c_codecvt::state_type state;
- const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
+ const c_codecvt* cvt = &use_facet<c_codecvt>(loc);
- // According to the resolution of DR19 (see also libstd++/9168), in
+ // According to the resolution of DR19 (see also libstdc++/9168), in
// case of degenerate conversion ('noconv'), "there are no changes to
// the values in [to, to_limit)."
memset(c_ref, 'X', size);
// in
memset(c_arr, 'X', size);
- result r1 = cvt->in(state, c_lit, c_lit + size, from_next,
+ result r1 = cvt->in(state, c_lit, c_lit + size, from_next,
c_arr, c_arr + size, to_next);
VERIFY( r1 == codecvt_base::noconv );
- VERIFY( !memcmp(c_arr, c_ref, size) );
+ VERIFY( !memcmp(c_arr, c_ref, size) );
VERIFY( from_next == c_lit );
VERIFY( to_next == c_arr );
// out
memset(c_arr, 'X', size);
- result r2 = cvt->out(state, c_lit, c_lit + size, from_next,
+ result r2 = cvt->out(state, c_lit, c_lit + size, from_next,
c_arr, c_arr + size, to_next);
VERIFY( r2 == codecvt_base::noconv );
- VERIFY( !memcmp(c_arr, c_ref, size) );
+ VERIFY( !memcmp(c_arr, c_ref, size) );
VERIFY( from_next == c_lit );
VERIFY( to_next == c_arr );