int8_tint16_tint32_tint64_t 分别是宽度正好是 8、16、32 和 64 位的有符号整数类型无填充位并对负值使用补码(只有在实现直接支持该类型时才会提供) int_fast8_tint_fast16_tint_fast32_tint_fast64_t 分别是宽度至少有 8、16、32 和 64 位的最快的有符号整数类型 int_least8_tint_least16_tint...
int8_tint16_tint32_tint64_t (可选) 分别是宽度正好是 8、16、32 和 64 位的有符号整数类型 无填充位并对负值使用补码 (当且仅当实现直接支持该类型时才会提供) (typedef) int_fast8_tint_fast16_tint_fast32_tint_fast64_t 分别是宽度至少有 8、16、32 和 64 位的最快的有符号整数类型 ...
int32_t int64_tsigned integer type with width of exactly 8, 16, 32 and 64 bits respectively with no padding bits and using 2's complement for negative values (provided only if the implementation directly supports the type) int_fast8_t ...
(int));// allocated memory now has an effective type// reinterpreting datadoubled=0.1;// int64_t n = *(int64_t*)(&d); // strict aliasing violationint64_tn;memmove(&n,&d,sizeofd);// OKprintf("%a is %"PRIx64" as an int64_t\n", d, n);#ifdef __STDC_LIB_EXT1__set_...
(int)); // 分配的内存现在拥有有效类型 // reinterpreting data double d = 0.1; // int64_t n = *(int64_t*)(&d); // 严格别名使用违规 int64_t n; memcpy(&n, &d, sizeof d); // OK printf("\n%a is %" PRIx64 " as an int64_t\n", d, n); #ifdef __STDC_LIB_EXT1__ ...
atomic_uint32_t (C++11)(可选) std::atomic<std::uint32_t> (typedef) atomic_int64_t (C++11)(可选) std::atomic<std::int64_t> (typedef) atomic_uint64_t (C++11)(可选) std::atomic<std::uint64_t> (typedef) atomic_int_least8_t (C++11) std::atomic<std::int_l...
(int));// 分配的内存现在拥有有效类型// 转译数据doubled=0.1;// int64_t n = *(int64_t*)(&d); // 严格别名使用违规int64_tn;memmove(&n,&d,sizeofd);// OKprintf("%a 作为 int64_t 为 %"PRIx64"\n", d, n);#ifdef __STDC_LIB_EXT1__set_constraint_handler_s(ignore_handler_s)...
int8_tint16_tint32_tint64_t (optional) signed integer type with width of exactly 8, 16, 32 and 64 bits respectively with no padding bits and using 2's complement for negative values (provided if and only if the implementation directly supports the type) ...
atomic_int64_t (C++11)(optional) std::atomic<std::int64_t> (typedef) atomic_uint64_t (C++11)(optional) std::atomic<std::uint64_t> (typedef) atomic_int_least8_t (C++11) std::atomic<std::int_least8_t> (typedef) atomic_uint_least8_t ...
hazelcast::client::topic::reliable_listener make_listener(std::atomic<int> &n_received_messages, int64_t sequence_id = -1) { using namespace hazelcast::client::topic; return reliable_listener(false, sequence_id).on_received([&n_received_messages](message &&message){ ++n_received_messages; ...