using CCT = ComparisonCategoryType;
using CCR = ComparisonCategoryResult;
std::vector<CCR> Values;
- Values.reserve(6);
- Values.push_back(CCR::Equivalent);
+ Values.reserve(4);
bool IsStrong = (Type == CCT::StrongEquality || Type == CCT::StrongOrdering);
if (IsStrong)
- Values.push_back(CCR::Equal);
+ Values.push_back(IsStrong ? CCR::Equal : CCR::Equivalent);
if (Type == CCT::StrongOrdering || Type == CCT::WeakOrdering ||
Type == CCT::PartialOrdering) {
Values.push_back(CCR::Less);
Values.push_back(CCR::Greater);
} else {
- Values.push_back(CCR::Nonequivalent);
- if (IsStrong)
- Values.push_back(CCR::Nonequal);
+ Values.push_back(IsStrong ? CCR::Nonequal : CCR::Nonequivalent);
}
if (Type == CCT::PartialOrdering)
Values.push_back(CCR::Unordered);
} // namespace std
auto missing_member_test() {
- // expected-error@+1 {{standard library implementation of 'std::partial_ordering' is not supported; member 'equivalent' is missing}}
+ // expected-error@+1 {{standard library implementation of 'std::partial_ordering' is not supported; member 'less' is missing}}
return (1.0 <=> 1.0);
}
inline namespace __1 {
struct strong_ordering {
long long value;
- static const strong_ordering equivalent; // expected-note {{declared here}}
+ static const strong_ordering equal; // expected-note {{declared here}}
};
} // namespace __1
} // namespace std
auto test_non_constexpr_var() {
- // expected-error@+1 {{standard library implementation of 'std::strong_ordering' is not supported; member 'equivalent' does not have expected form}}
+ // expected-error@+1 {{standard library implementation of 'std::strong_ordering' is not supported; member 'equal' does not have expected form}}
return (1 <=> 0);
}