24 int globalBuff[8];  variable
33   constexpr int* begin() const { return globalBuff + start_; }  in begin()
34   constexpr int* end() const { return globalBuff + 8; }  in end()
46   constexpr int* begin() const { return globalBuff + start_; }  in begin()
47   constexpr int* end() const { return globalBuff + 8; }  in end()
66   constexpr int* begin() const { return globalBuff + start_; }  in begin()
67   constexpr int* end() const { return globalBuff + 8; }  in end()
73   constexpr int* begin() const { return globalBuff + start_; }  in begin()
74   constexpr int* end() const { return globalBuff + 8; }  in end()
80   constexpr auto begin() { return random_access_iterator<int*>(globalBuff); }  in begin()
81   constexpr auto end() { return sized_sentinel(random_access_iterator<int*>(globalBuff + 8)); }  in end()
99     assert(std::ranges::begin(viewCopy) == globalBuff + 2);  in test()
100     assert(std::ranges::end(viewCopy) == globalBuff + 8);  in test()
111     assert(std::ranges::begin(viewCopy) == globalBuff + 2);  in test()
112     assert(std::ranges::end(viewCopy) == globalBuff + 8);  in test()
119     assert(std::ranges::begin(ref) == globalBuff + 2);  in test()
120     assert(std::ranges::end(ref) == globalBuff + 8);  in test()
124     assert(std::ranges::begin(own) == globalBuff + 2);  in test()
125     assert(std::ranges::end(own) == globalBuff + 8);  in test()
129     assert(std::ranges::begin(cref) == globalBuff + 2);  in test()
130     assert(std::ranges::end(cref) == globalBuff + 8);  in test()
138     assert(std::ranges::begin(own) == globalBuff + 2);  in test()
139     assert(std::ranges::end(own) == globalBuff + 8);  in test()
145     assert(base(std::ranges::begin(own)) == globalBuff);  in test()
146     assert(base(base(std::ranges::end(own))) == globalBuff + 8);  in test()