tmp/tmpchly_rup/{from.md → to.md}
RENAMED
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@@ -3,10 +3,12 @@
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The header `<cstdint>` supplies integer types having specified widths,
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and macros that specify limits of integer types.
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``` cpp
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// all freestanding
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namespace std {
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using int8_t = signed integer type; // optional
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using int16_t = signed integer type; // optional
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using int32_t = signed integer type; // optional
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using int64_t = signed integer type; // optional
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@@ -50,50 +52,68 @@ namespace std {
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}
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#define INTN_MIN see below
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#define INTN_MAX see below
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#define UINTN_MAX see below
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#define INT_FASTN_MIN see below
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#define INT_FASTN_MAX see below
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#define UINT_FASTN_MAX see below
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#define INT_LEASTN_MIN see below
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#define INT_LEASTN_MAX see below
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#define UINT_LEASTN_MAX see below
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#define INTMAX_MIN see below
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#define INTMAX_MAX see below
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#define UINTMAX_MAX see below
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#define INTPTR_MIN see below // optional
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#define INTPTR_MAX see below // optional
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#define UINTPTR_MAX see below // optional
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#define PTRDIFF_MIN see below
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#define PTRDIFF_MAX see below
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#define SIZE_MAX see below
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#define SIG_ATOMIC_MIN see below
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#define SIG_ATOMIC_MAX see below
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#define WCHAR_MIN see below
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#define WCHAR_MAX see below
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#define WINT_MIN see below
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#define WINT_MAX see below
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#define INTN_C(value) see below
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#define UINTN_C(value) see below
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#define INTMAX_C(value) see below
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#define UINTMAX_C(value) see below
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```
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The header defines all types and macros the same as the C standard
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-
library header `<stdint.h>`.
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-
See also: ISO C 7.
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All types that use the placeholder *N* are optional when *N* is not `8`,
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`16`, `32`, or `64`. The exact-width types `intN_t` and `uintN_t` for
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*N* = `8`, `16`, `32`, and `64` are also optional; however, if an
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implementation defines integer types with the corresponding width and no
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The header `<cstdint>` supplies integer types having specified widths,
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and macros that specify limits of integer types.
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``` cpp
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// all freestanding
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+
#define __STDC_VERSION_STDINT_H__ 202311L
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+
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namespace std {
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using int8_t = signed integer type; // optional
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using int16_t = signed integer type; // optional
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using int32_t = signed integer type; // optional
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using int64_t = signed integer type; // optional
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}
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#define INTN_MIN see below
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#define INTN_MAX see below
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#define UINTN_MAX see below
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#define INTN_WIDTH see below
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#define UINTN_WIDTH see below
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#define INT_FASTN_MIN see below
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#define INT_FASTN_MAX see below
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#define UINT_FASTN_MAX see below
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#define INT_FASTN_WIDTH see below
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#define UINT_FASTN_WIDTH see below
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#define INT_LEASTN_MIN see below
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#define INT_LEASTN_MAX see below
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#define UINT_LEASTN_MAX see below
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#define INT_LEASTN_WIDTH see below
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#define UINT_LEASTN_WIDTH see below
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#define INTMAX_MIN see below
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#define INTMAX_MAX see below
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#define UINTMAX_MAX see below
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#define INTMAX_WIDTH see below
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#define UINTMAX_WIDTH see below
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#define INTPTR_MIN see below // optional
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#define INTPTR_MAX see below // optional
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#define UINTPTR_MAX see below // optional
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#define INTPTR_WIDTH see below // optional
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#define UINTPTR_WIDTH see below // optional
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#define PTRDIFF_MIN see below
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#define PTRDIFF_MAX see below
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#define PTRDIFF_WIDTH see below
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#define SIZE_MAX see below
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#define SIZE_WIDTH see below
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#define SIG_ATOMIC_MIN see below
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#define SIG_ATOMIC_MAX see below
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#define SIG_ATOMIC_WIDTH see below
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#define WCHAR_MIN see below
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#define WCHAR_MAX see below
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#define WCHAR_WIDTH see below
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#define WINT_MIN see below
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#define WINT_MAX see below
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#define WINT_WIDTH see below
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#define INTN_C(value) see below
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#define UINTN_C(value) see below
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#define INTMAX_C(value) see below
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#define UINTMAX_C(value) see below
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```
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The header defines all types and macros the same as the C standard
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library header `<stdint.h>`. The types denoted by `intmax_t` and
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`uintmax_t` are not required to be able to represent all values of
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extended integer types wider than `long long` and `unsigned long long`,
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respectively.
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See also: ISO C 7.22
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All types that use the placeholder *N* are optional when *N* is not `8`,
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`16`, `32`, or `64`. The exact-width types `intN_t` and `uintN_t` for
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*N* = `8`, `16`, `32`, and `64` are also optional; however, if an
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implementation defines integer types with the corresponding width and no
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