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microser/include/mmslite/stdtime.h

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2025-01-16 16:17:01 +08:00
/*****************************************************************************/
/* SISCO SOFTWARE MODULE HEADER **********************************************/
/*****************************************************************************/
/* (c) Copyright Systems Integration Specialists Company, Inc., */
/* 2005 All Rights Reserved */
/* */
/* MODULE NAME : stdtime.h */
/* PRODUCT(S) : Standard Time Management Library */
/* */
/* MODULE DESCRIPTION: */
/* Header file for Standard Time Management Library Functions */
/* */
/* Note: most functions a produce a return-code value STDTIME_RC. */
/* the return code is zero if successful, otherwise it is a structured */
/* value in which the low-order 10 bits enumerates an error reason, */
/* and the upper 20 bits enumerates the high-level and low-level */
/* functions where the error was detected. */
/* */
/* MODIFICATION LOG: */
/* Date Who Rev Comments */
/* -------- --- --- ----------------------------------------------------- */
/* 04/08/08 JRB 15 Chg () to (ST_VOID) in several prototypes. */
/* 03/13/08 JRB 14 Chg #error to #warning for STDTIME_UNICODE. */
/* 02/28/08 JRB 13 Incl "timeb.h" only in "sysincs.h". */
/* 02/20/08 JRB 12 Chg STDTIME same as FILETIME (simplifies a lot). */
/* Delete MANY unused functions and definitions. */
/* Simplify TimeTypeEx, StrucTmEx args. */
/* 04/03/07 RLH 11 Additional conversion functions to/from FILETIME. */
/* 03/18/07 RLH 10 Remove tabs from source code inadvertantly added. */
/* 03/16/07 RLH 09 Normalize struct tm, SYSTEMTIME, and STDTIME_FIELDS */
/* after rounding is applied; no rounding for formatting */
/* functions. */
/* 02/16/07 RLH 08 Clean up minor warnings under Linux */
/* 01/10/07 RLH 07 Add TruncStdTimeString functions */
/* 11/29/06 RLH 06 Correction to STDTIME_TIME_T64_ENABLED setting */
/* 10/18/06 RLH 05 Enhanced capabilities for timezone rules */
/* 10/27/06 RLH 04 Change STDTIME_RET, STDTIME_IF, STDTIME_IFNOT macros */
/* 09/13/06 RLH 03 Ensure local time conversions work when TZ not set */
/* 06/07/06 RLH 02 Numerous features added, see stdtime.doc */
/* 01/18/06 RLH 01 Created */
/*****************************************************************************/
#ifndef _STDTIME_H_7583ECB2_DB3F_48B3_8A97_2D1D2A38C84A_
#define _STDTIME_H_7583ECB2_DB3F_48B3_8A97_2D1D2A38C84A_
#define SECONDS_FROM_1601_TO_1970_HIGH 2
#define SECONDS_FROM_1601_TO_1970_LOW 0xB6109100
#define FILETIME_1970_HIGH 0x019DB1DE
#define FILETIME_1970_LOW 0xD53E8000
#undef STDTIME_MSVC6
#undef STDTIME_MSVC7
#undef STDTIME_MSVC8
#ifdef _MSC_VER
#ifndef _CRT_SECURE_NO_DEPRECATE
#define _CRT_SECURE_NO_DEPRECATE
#endif
#if (_MSC_VER >= 1400)
#define STDTIME_MSVC8
#elif (_MSC_VER >= 1300)
#define STDTIME_MSVC7
#elif (_MSC_VER >= 1200)
#define STDTIME_MSVC6
#endif
#if 0
#if (_MSC_VER >= 1400)
#pragma comment(lib, "stdtimelib.lib")
#elif (_MSC_VER >= 1300)
#pragma comment(lib, "stdtimelib.lib")
#elif (_MSC_VER >= 1200)
#pragma comment(lib, "stdtimelib.lib")
#endif
#endif /* 0 */
#endif /* _MSC_VER */
/* to test for STDTIME library being used */
#undef STDTIME_DEFINED
#define STDTIME_DEFINED 1
/*****************************************************************************/
/* LIBRARY HEADERS */
/*****************************************************************************/
/* UNICODE or ANSI, but not both */
#if defined(STDTIME_UNICODE) && defined(STDTIME_ANSI)
#error Both STDTIME_UNICODE and STDTIME_ANSI defined
#undef STDTIME_UNICODE
#endif
/* UNICODE or _UNICODE implies STDTIME_UNICODE, but not if ANSI defined */
#if (!defined(STDTIME_UNICODE)) && (!defined(STDTIME_ANSI))
#if defined(UNICODE) || defined(_UNICODE)
#define STDTIME_UNICODE
#endif
#endif
#if defined(STDTIME_UNICODE)
#pragma message("Warning: STDTIME_UNICODE option no longer supported. Try using ANSI functions mbstowcs and wcstombs.")
#undef STDTIME_UNICODE
#endif
/* DEBUG: system include should come from "sysincs.h". Fix that later */
#ifdef _WIN32
#include <windows.h>
#endif
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <ctype.h>
#include <errno.h>
#include <sys/types.h>
/*****************************************************************************/
/* <time.t> with support for gmtime_r and localtime_r if possible */
/*****************************************************************************/
#undef STDTIME_REENTRANT_GMTIME_LOCALTIME
#undef STDTIME_DEFINED_LINUX__USE_POSIX
#if defined(linux)
#define STDTIME_REENTRANT_GMTIME_LOCALTIME
#ifndef __USE_POSIX
#define __USE_POSIX
#define STDTIME_DEFINED_LINUX__USE_POSIX
#endif
#endif
#undef STDTIME_DEFINED_SOLARIS_REENTRANT
#if defined(sun)
#define STDTIME_REENTRANT_GMTIME_LOCALTIME
#ifndef _REENTRANT
#define _REENTRANT
#define STDTIME_DEFINED_SOLARIS_REENTRANT
#endif
#endif
#undef STDTIME_DEFINED_SOLARIS_POSIX_PTHREAD_SEMANTICS
#if defined(sun)
#ifndef _POSIX_PTHREAD_SEMANTICS
#define _POSIX_PTHREAD_SEMANTICS
#define STDTIME_DEFINED_SOLARIS_POSIX_PTHREAD_SEMANTICS
#endif
#endif
#undef STDTIME_DEFINED_AIX_THREAD_SAFE
#if defined(_AIX)
#define STDTIME_REENTRANT_GMTIME_LOCALTIME
#ifndef _THREAD_SAFE
#define _THREAD_SAFE
#define STDTIME_DEFINED_AIX_THREAD_SAFE
#endif
#endif
#undef STDTIME_DEFINED_DEC_UNIX_REENTRANT
#if defined(__alpha) && !defined(__VMS)
#define STDTIME_REENTRANT_GMTIME_LOCALTIME
#ifndef _REENTRANT
#define _REENTRANT
#define STDTIME_DEFINED_DEC_UNIX_REENTRANT
#endif
#endif
#include <time.h>
#if defined(sun)
struct tm * gmtime_r (const time_t * pTimeT, struct tm * pStructTm);
struct tm * localtime_r (const time_t * pTimeT, struct tm * pStructTm);
#endif
/* clean up macro namespace */
#ifdef STDTIME_DEFINED_LINUX__USE_POSIX
#undef STDTIME_DEFINED_LINUX__USE_POSIX
#undef __USE_POSIX
#endif
#ifdef STDTIME_DEFINED_SOLARIS_REENTRANT
#undef STDTIME_DEFINED_SOLARIS_REENTRANT
#undef _REENTRANT
#endif
#ifdef STDTIME_DEFINED_SOLARIS_POSIX_PTHREAD_SEMANTICS
#undef STDTIME_DEFINED_SOLARIS_POSIX_PTHREAD_SEMANTICS
#undef _POSIX_PTHREAD_SEMANTICS
#endif
#ifdef STDTIME_DEFINED_DEC_UNIX_REENTRANT
#undef STDTIME_DEFINED_DEC_UNIX_REENTRANT
#undef _REENTRANT
#endif
#ifdef STDTIME_DEFINED_AIX_THREAD_SAFE
#undef STDTIME_DEFINED_AIX_THREAD_SAFE
#undef _THREAD_SAFE
#endif
/*****************************************************************************/
/* support _T notation on non-Windows platforms */
/*****************************************************************************/
#if (!defined(_T)) && (!defined(__T))
#ifdef STDTIME_UNICODE
#define __T(x) L##x
#define _T(x) __T(x)
#else
#define __T(x) x
#define _T(x) x
#endif
#endif /* not defined _T and __T */
#include "stdtime_config.h"
/*****************************************************************************/
/* determine if "stdtime_timezone_csv.h" file is "merged" or not. */
/* */
/* the csv file gets "merged" if there is no comma separating one line */
/* from the next. a "merged" file is the normal format for a csv data */
/* file, but when used as part of a C program, the lack of a comma causes */
/* the last string value on one line to get concatenated by the compiler */
/* to the first string value on the next line. we need to know if the */
/* file is "merged" or "unmerged" to know how to 'undo' the merging. */
/* */
/* an unmerged file is easier and faster to process, while a merged file */
/* maintains source compatibility with the original Boost.org timezone */
/* database file from which it originated. */
/* */
/*****************************************************************************/
#if defined(STDTIME_MERGED_CSV) && defined(STDTIME_UNMERGED_CSV)
#error Both STDTIME_MERGED_CSV and STDTIME_UNMERGED_CSV defined
#undef STDTIME_UNMERGED_CSV
#endif
#if !defined(STDTIME_MERGED_CSV) && !defined(STDTIME_UNMERGED_CSV)
#define STDTIME_MERGED_CSV /* default */
#endif
/*****************************************************************************/
/* determine how GMT is converted to local time, and vice-versa. */
/* */
/* using a system API for a definition of what "local" is will be faster, */
/* but if the SYSTEMTIMEZONE or TZ environment variable does not agree */
/* with the OS's understanding of what "local" is, there will be a */
/* conflict. if the time library is likely to be used for a non-local */
/* time zone, defining STDTIME_LOCAL_USES_TZDB is necessary. */
/* otherwise, define STDTIME_LOCAL_USES_SYSAPI for speed. */
/* */
/*****************************************************************************/
#if defined(STDTIME_LOCAL_USES_TZDB) && defined(STDTIME_LOCAL_USES_SYSAPI)
#error Both STDTIME_LOCAL_USES_TZDB and STDTIME_LOCAL_USES_SYSAPI defined
#undef STDTIME_LOCAL_USES_SYSAPI
#endif
#if !defined(STDTIME_LOCAL_USES_TZDB) && !defined(STDTIME_LOCAL_USES_SYSAPI)
#define STDTIME_LOCAL_USES_SYSAPI /* default */
#endif
/*****************************************************************************/
/* C++ ONLY ENABLED OR DISABLED */
/* */
/* use StdTimeConfig.h to set STDTIME_CPP_ONLY_ENABLED/DISABLED */
/*****************************************************************************/
#ifdef __cplusplus
#if defined(STDTIME_CPP_ONLY_ENABLED) && defined(STDTIME_CPP_ONLY_DISABLED)
#error Both STDTIME_CPP_ONLY_ENABLED and STDTIME_CPP_ONLY_DISABLED defined
#undef STDTIME_CPP_ONLY_ENABLED
#endif
#if !defined(STDTIME_CPP_ONLY_ENABLED) && !defined(STDTIME_CPP_ONLY_DISABLED)
#define STDTIME_CPP_ONLY_ENABLED /* default */
#endif
#else /* not __cplusplus */
#undef STDTIME_CPP_ONLY_ENABLED
#undef STDTIME_CPP_ONLY_DISABLED
#define STDTIME_CPP_ONLY_DISABLED
#endif /* __cplusplus */
/* StdTimeW32.h needs the bool definition */
#define STDTIME_BOOL int
#define STDTIME_TRUE 1
#define STDTIME_FALSE 0
typedef int32_t STDTIME_RC;
/* STDTIME return codes are divided as follows: */
/* 2 bits unused */
/* 10 bits = highest level function where error detected */
/* 10 bits = lowest level function where error detected */
/* 10 bits = error reason code (nature of problem) */
/* create error code enumeration from enum_stdtime_func.h */
/* this is done by temporary macro and include file */
#define STDTIME_ENUM_FUNC(x) STDTIME_FUNC__##x,
enum
{
STDTIME_FUNC__0000, /* dummy 0 entry */
#include "stdtime_enum_func.h"
STDTIME_FUNC__SIZE
};
/* temporary macro has served its purpose, so undefine it */
#undef STDTIME_ENUM_FUNC
/* now redefine macro for main purpose, to declare 'rc' and 'func' */
/* within each function that returns a STDTIME_RC return code. */
#define STDTIME_ENUM_FUNC(x) \
STDTIME_RC rc; \
STDTIME_RC func; \
rc = -1; \
func = (STDTIME_RC) STDTIME_FUNC__##x;
/* create error code enumeration from enum_stdtime_err.h */
/* this is done by temporary macro and include file */
#define STDTIME_ENUM_ERR(x) STDTIME_ERR__##x,
enum
{
STDTIME_ERR__0000, /* dummy 0 entry */
#include "stdtime_enum_err.h"
STDTIME_ERR__SIZE
};
/* temporary macro has served its purpose, so undefine it */
#undef STDTIME_ENUM_ERR
#define STDTIME_10_BITS 0x3FF
#define STDTIME_20_BITS 0xFFFFF
#define STDTIME_OK 0
#define STDTIME_RET(x) return StdTimeRet (func, x)
#define STDTIME_RET_RC STDTIME_RET(rc)
#define STDTIME_RET_OK return STDTIME_OK
#define STDTIME_EC(x) ((func << 10) | (STDTIME_ERR__##x))
#define STDTIME_RET_EC(x) STDTIME_RET(STDTIME_EC(x))
#include "stdtime_quadlib.h"
#include "stdtime_w32.h"
#ifdef __cplusplus
extern "C" {
#endif
/*****************************************************************************/
/* TYPES AND STRUCTURES */
/*****************************************************************************/
#if defined(_MSC_VER) && defined(_WCHAR_T_DEFINED)
typedef wchar_t STDTIME_WCHAR;
#elif defined(sun) && defined(_WCHAR_T)
typedef wchar_t STDTIME_WCHAR;
#else
typedef unsigned short STDTIME_WCHAR;
#endif
#ifndef STDTIME_TIME_T64_WIN
#if defined(_TIME_T_DEFINED) && defined(_WIN64)
#define STDTIME_TIME_T64_WIN
#endif
#endif
#ifndef STDTIME_TIME_T64_WIN
#ifdef _TIME64_T_DEFINED
#define STDTIME_TIME_T64_WIN
#endif
#endif
#ifndef STDTIME_TIME_T64_ENABLED
#ifdef STDTIME_TIME_T64_WIN
#define STDTIME_TIME_T64_ENABLED
#endif
#endif
#ifdef STDTIME_TIME_T64_ENABLED
#ifdef STDTIME_TIME_T64_WIN
#ifdef _TIME64_T_DEFINED
typedef __time64_t STDTIME_WIN_TIME_T;
#else
typedef time_t STDTIME_WIN_TIME_T;
#endif /* _TIME64_T_DEFINED */
#else /* not STDTIME_TIME_T64_WIN */
typedef QUADLIB_I64N STDTIME_WIN_TIME_T;
#endif /* STDTIME_TIME_T64_WIN */
#else /* not STDTIME_TIME_T64_ENABLED */
typedef time_t STDTIME_WIN_TIME_T;
#endif /* STDTIME_TIME_T64_ENABLED */
#define STDTIME_SCALE_NSEC 100 /* only 1 digit of nsec precision */
#define STDTIME_PREC_NSEC 10 /* only 1 digit of nsec precision */
#define STDTIME_WIN_EPOCH_YEAR 1601
#define STDTIME_UNIX_EPOCH_YEAR 1970
#define STDTIME_DST_CUTOFF_YEAR 1945
#define STDTIME_YEAR_MIN STDTIME_WIN_EPOCH_YEAR /* base/epoch year */
#define STDTIME_YEAR_MAX 9999 /* to avoid overflow in STDTIME_STRING */
#define STDTIME_INVALID {0,0}
#define STDTIME_FIELDS_INVALID {0,0,0,0,0,0,0,0,0}
#define STDTIME_STRING_INVALID {0}
#define STDTIME_SPAN_INVALID QUADLIB_I64_MAX
#define STDTIME_DELTA_DAY_MAX (8400*366)
#define STDTIME_DELTA_INVALID { 0x7FFFFFFF, 0x7FFFFFFF, 0x7FFFFFFF, \
0x7FFFFFFF, 0x7FFFFFFF, 0x7FFFFFFF, 0x7FFFFFFF } /**/
/* an invalid span exceeds +/- 2,656,281,600,000,000,000 */
/* which is 8400*366 days in terms of 100-nanosecond intervals */
/* the pos value in hex is 24DD 020A A768 0000 */
/* the neg value in hex is DB22 FDF5 5898 0000 */
#define STDTIME_SPAN_MAX_HI 0x24DD020A
#define STDTIME_SPAN_MAX_LO 0xA7680000
#define STDTIME_SPAN_MIN_HI 0xDB22FDF5
#define STDTIME_SPAN_MIN_LO 0x58980000
#define STDTIME_ERR (-2)
#define STDTIME_LT (-1)
#define STDTIME_EQ 0
#define STDTIME_GT 1
/* Main StdTime structure identical to Windows FILETIME. */
typedef STDTIME_WIN_FILETIME STDTIME;
typedef struct
{
int32_t year;
int32_t mon;
int32_t day;
int32_t hour;
int32_t min;
int32_t sec;
int32_t msec; /* milliseconds */
int32_t usec; /* microseconds */
int32_t nsec; /* nanoseconds */
}
STDTIME_FIELDS;
typedef struct
{
int32_t day;
int32_t hour;
int32_t min;
int32_t sec;
int32_t msec;
int32_t usec;
int32_t nsec;
}
STDTIME_DELTA;
typedef struct
{
QUADLIB_I64 value;
}
STDTIME_SPAN;
/* 1 2 3 */
/* 0123456789012345678901234567890123456 */
/* STRING format: yyyy-mm-ddThh:mi:ss.fffffff# */
/* TZO format: +hh:mm:ss# */
/* 0123456789 */
#define STDTIME_STRING_DATE_LEN 10
#define STDTIME_STRING_TIME_LEN 8
#define STDTIME_STRING_FRAC_LEN 7
#define STDTIME_STRING_DATE_POS 0
#define STDTIME_STRING_TIME_POS 11
#define STDTIME_STRING_FRAC_POS 20
#define STDTIME_STRING_DLM_D1 4
#define STDTIME_STRING_DLM_D2 7
#define STDTIME_STRING_DLM_S1 10
#define STDTIME_STRING_DLM_T1 13
#define STDTIME_STRING_DLM_T2 16
#define STDTIME_STRING_DLM_F1 19
#define STDTIME_STRING_LEN 27
#define STDTIME_TZO_LEN 9
#define STDTIME_STRING_MAXLEN (STDTIME_STRING_LEN+STDTIME_TZO_LEN)
typedef struct
{
char str [STDTIME_TZO_LEN + 1];
}
STDTIME_TZOA;
/* embTzo represents an 'embedded' timezone offset, a suffix to the time */
/* string 'str' in STDTIME_STRINGA and STDTIME_STRINGW. */
/* embTzo may be a null string, the letter Z or an offset like -05:00 */
/* extTzo represents an 'external' timezone offset, created as an output */
/* value by the STDTIME library. the library creates, but does not */
/* directly use, the extTzo field. */
typedef struct
{
char str [STDTIME_STRING_LEN];
char embTzo [STDTIME_TZO_LEN + 1];
STDTIME_TZOA extTzo; /* external TimeZone Offset */
}
STDTIME_STRINGA;
#ifdef STDTIME_UNICODE
#else
#define STDTIME_STRING STDTIME_STRINGA
#define STDTIME_TZO STDTIME_TZOA
#endif /* STDTIME_UNICODE */
typedef struct
{
STDTIME_WIN_TIME_T t;
}
STDTIME_TIMETYPE;
#define STDTIME_API_MKTIME mktime
/* Round/Trunc field selectors */
#define STDTIME_FIELD_DAY 0
#define STDTIME_FIELD_HOUR 1
#define STDTIME_FIELD_MIN 2
#define STDTIME_FIELD_SEC 3
#define STDTIME_FIELD_MSEC 4
#define STDTIME_FIELD_USEC 5
#define STDTIME_FIELD_NSEC 6
#define STDTIME_ERRCODE_LEN 27
/* an error code has the form 0xNNNNNNNN = HHHH.LLLL.RRRR# */
/* 0123456789012345678901234567 */
/* this holds a raw hex RC value, and the RC as subfields */
#define STDTIME_ERRMSG_LEN 80
typedef struct
{
char errcode [STDTIME_ERRCODE_LEN+1];
char hilevel [STDTIME_ERRMSG_LEN+1];
char lolevel [STDTIME_ERRMSG_LEN+1];
char reason [STDTIME_ERRMSG_LEN+1];
}
STDTIME_ERRMSGA;
#define STDTIME_IF(x) ((rc=(x)) == STDTIME_OK)
#define STDTIME_IFNOT(x) ((rc=(x)) != STDTIME_OK)
/*** helper function to assemble a STDTIME return code ***********************/
STDTIME_RC StdTimeRet (
const STDTIME_RC /*I*/ func,
const STDTIME_RC /*I*/ ec);
/*** StdTime/StdTimeFields conversions ***************************************/
STDTIME_RC StdTimeToStdTimeFields (
const STDTIME * /*I*/ pStdTime,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
STDTIME_RC StdTimeFieldsToStdTime (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME * /*O*/ pStdTime);
/*** StdTime/external conversions ********************************************/
STDTIME_RC StdTimeToStdTimeStringA (
const STDTIME * /*I*/ pStdTime,
STDTIME_STRINGA * /*O*/ pStdTimeString);
#ifdef STDTIME_UNICODE
#else
#define StdTimeToStdTimeString StdTimeToStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** external/StdTime conversions ********************************************/
STDTIME_RC StdTimeStringAToStdTime (
const STDTIME_STRINGA * /*I*/ pStdTimeString,
STDTIME * /*O*/ pStdTime);
#ifdef STDTIME_UNICODE
#else
#define StdTimeStringToStdTime StdTimeStringAToStdTime
#endif /* STDTIME_UNICODE */
/*** StdTimeFields/external conversions **************************************/
STDTIME_RC StdTimeFieldsToStdTimeStringA (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_STRINGA * /*O*/ pStdTimeString);
#ifdef STDTIME_UNICODE
#else
#define StdTimeFieldsToStdTimeString StdTimeFieldsToStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** external/StdTimeFields conversions **************************************/
STDTIME_RC StdTimeStringAToStdTimeFields (
const STDTIME_STRINGA * /*I*/ pStdTimeString,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
#ifdef STDTIME_UNICODE
#else
#define StdTimeStringToStdTimeFields StdTimeStringAToStdTimeFields
#endif /* STDTIME_UNICODE */
/*** StdTime to/from Local ***************************************************/
STDTIME_RC StdTimeToLocalStdTime (
const STDTIME * /*I*/ pStdTime,
STDTIME * /*O*/ pStdTimeLocal);
STDTIME_RC LocalStdTimeToStdTime (
const STDTIME * /*I*/ pStdTimeLocal,
STDTIME * /*O*/ pStdTime);
/*** StdTimeFields to/from Local *********************************************/
STDTIME_RC StdTimeFieldsToLocalStdTimeFields (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_FIELDS * /*O*/ pStdTimeFieldsLocal);
STDTIME_RC LocalStdTimeFieldsToStdTimeFields (
const STDTIME_FIELDS * /*I*/ pStdTimeFieldsLocal,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
/*** StdTimeString to/from Local *********************************************/
STDTIME_RC StdTimeStringAToLocalStdTimeStringA (
const STDTIME_STRINGA * /*I*/ pStdStdTimeString,
STDTIME_STRINGA * /*O*/ pLocStdTimeString);
STDTIME_RC LocalStdTimeStringAToStdTimeStringA (
const STDTIME_STRINGA * /*I*/ pLocStdTimeString,
STDTIME_STRINGA * /*O*/ pStdStdTimeString);
#define StdTimeStringToLocalStdTimeStringA StdTimeStringAToLocalStdTimeStringA
#define LocalStdTimeStringToStdTimeStringA LocalStdTimeStringAToStdTimeStringA
#ifdef STDTIME_UNICODE
#else
#define StdTimeStringToLocalStdTimeString StdTimeStringAToLocalStdTimeStringA
#define LocalStdTimeStringToStdTimeString LocalStdTimeStringAToStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** Get (current UTC/GMT time) functions ************************************/
STDTIME_RC GetStdTime (
STDTIME * /*O*/ pStdTime);
STDTIME_RC GetStdTimeFields (
STDTIME_FIELDS * /*O*/ pStdTimeFields);
STDTIME_RC GetStdTimeStringA (
STDTIME_STRINGA * /*O*/ pStdTimeString);
#ifdef STDTIME_UNICODE
#else
#define GetStdTimeString GetStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** GetLocal (current time) functions ***************************************/
STDTIME_RC GetLocalStdTime (
STDTIME * /*O*/ pStdTime);
STDTIME_RC GetLocalStdTimeFields (
STDTIME_FIELDS * /*O*/ pStdTimeFields);
STDTIME_RC GetLocalStdTimeStringA (
STDTIME_STRINGA * /*O*/ pStdTimeString);
#ifdef STDTIME_UNICODE
#else
#define GetLocalStdTimeString GetLocalStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** validation functions ****************************************************/
STDTIME_RC ValidStdTime (
const STDTIME * /*I*/ pStdTime);
STDTIME_RC ValidStdTimeFields (
const STDTIME_FIELDS * /*I*/ pStdTimeFields);
STDTIME_RC ValidStdTimeStringA (
const STDTIME_STRINGA * /*I*/ pStdTimeString);
STDTIME_RC ValidStdTimeDelta (
const STDTIME_DELTA * /*I*/ pDelta);
STDTIME_RC ValidStdTimeSpan (
const STDTIME_SPAN * /*I*/ pSpan);
#ifdef STDTIME_UNICODE
#else
#define ValidStdTimeString ValidStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** Format functions ********************************************************/
STDTIME_RC FormatStdTimeA (
char * /*O*/ pTarget,
size_t /*I*/ nMaxsize,
const char * /*I*/ pFormat,
const STDTIME * /*I*/ pStdTime);
STDTIME_RC FormatStdTimeFieldsA (
char * /*O*/ pTarget,
size_t /*I*/ nMaxsize,
const char * /*I*/ pFormat,
const STDTIME_FIELDS * /*I*/ pStdTimeFields);
STDTIME_RC FormatStdTimeStringA (
char * /*O*/ pTarget,
size_t /*I*/ nMaxsize,
const char * /*I*/ pFormat,
const STDTIME_STRINGA * /*I*/ pStdTimeString);
STDTIME_RC TrimStdTimeStringA (
STDTIME_STRINGA * /*IO*/ pStdTimeString,
int32_t /*I*/ nSize);
STDTIME_RC TruncStdTimeStringA (
STDTIME_STRINGA * /*IO*/ pStdTimeString,
int32_t /*I*/ nSize);
#ifdef STDTIME_UNICODE
#else
#define FormatStdTime FormatStdTimeA
#define FormatStdTimeFields FormatStdTimeFieldsA
#define FormatStdTimeString FormatStdTimeStringA
#define TrimStdTimeString TrimStdTimeStringA
#define TruncStdTimeString TruncStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** delimiter functions *****************************************************/
STDTIME_RC SetStdTimeStringDelimitersA (
const char * /*I*/ pDelimiters);
STDTIME_RC RepairStdTimeStringA (
STDTIME_STRINGA * /*O*/ pStdTimeString);
STDTIME_RC DelimitStdTimeStringA (
STDTIME_STRINGA * /*O*/ pStdTimeString,
const char * /*I*/ pDelim);
#ifdef STDTIME_UNICODE
#else
#define SetStdTimeStringDelimiters SetStdTimeStringDelimitersA
#define RepairStdTimeString RepairStdTimeStringA
#define DelimitStdTimeString DelimitStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** AddFraction adjustment function *****************************************/
STDTIME_RC StdTimeFields_AddFraction (
STDTIME_FIELDS * /*IO*/ pStdTimeFields,
int32_t /*I*/ nMsec,
int32_t /*I*/ nUsec,
int32_t /*I*/ nNsec);
/*** AddSpan functions *******************************************************/
STDTIME_RC StdTime_AddSpan (
STDTIME * /*IO*/ pStdTime,
const STDTIME_SPAN * /*I*/ pSpan);
STDTIME_RC StdTimeFields_AddSpan (
STDTIME_FIELDS * /*IO*/ pStdTimeFields,
const STDTIME_SPAN * /*I*/ pSpan);
STDTIME_RC StdTimeStringA_AddSpan (
STDTIME_STRINGA * /*IO*/ pStdTimeString,
const STDTIME_SPAN * /*I*/ pSpan);
#ifdef STDTIME_UNICODE
#else
#define StdTimeString_AddSpan StdTimeStringA_AddSpan
#endif /* STDTIME_UNICODE */
/*** SubSpan functions *******************************************************/
STDTIME_RC StdTime_SubSpan (
STDTIME * /*IO*/ pStdTime,
const STDTIME_SPAN * /*I*/ pSpan);
STDTIME_RC StdTimeFields_SubSpan (
STDTIME_FIELDS * /*IO*/ pStdTimeFields,
const STDTIME_SPAN * /*I*/ pSpan);
STDTIME_RC StdTimeStringA_SubSpan (
STDTIME_STRINGA * /*IO*/ pStdTimeString,
const STDTIME_SPAN * /*I*/ pSpan);
#ifdef STDTIME_UNICODE
#else
#define StdTimeString_SubSpan StdTimeStringA_SubSpan
#endif /* STDTIME_UNICODE */
/*** GetSpan functions *******************************************************/
STDTIME_RC StdTime_GetSpan (
const STDTIME * /*I*/ pStdTimeOne,
const STDTIME * /*I*/ pStdTimeTwo,
STDTIME_SPAN * /*O*/ pSpan);
STDTIME_RC StdTimeFields_GetSpan (
const STDTIME_FIELDS * /*I*/ pStdTimeFieldsOne,
const STDTIME_FIELDS * /*I*/ pStdTimeFieldsTwo,
STDTIME_SPAN * /*O*/ pSpan);
STDTIME_RC StdTimeStringA_GetSpan (
const STDTIME_STRINGA * /*I*/ pStdTimeStringOne,
const STDTIME_STRINGA * /*I*/ pStdTimeStringTwo,
STDTIME_SPAN * /*O*/ pSpan);
#ifdef STDTIME_UNICODE
#else
#define StdTimeString_GetSpan StdTimeStringA_GetSpan
#endif /* STDTIME_UNICODE */
/*** AddDelta functions ******************************************************/
STDTIME_RC StdTime_AddDelta (
STDTIME * /*IO*/ pStdTime,
const STDTIME_DELTA * /*I*/ pDelta);
STDTIME_RC StdTimeFields_AddDelta (
STDTIME_FIELDS * /*IO*/ pStdTimeFields,
const STDTIME_DELTA * /*I*/ pDelta);
STDTIME_RC StdTimeStringA_AddDelta (
STDTIME_STRINGA * /*IO*/ pStdTimeString,
const STDTIME_DELTA * /*I*/ pDelta);
#ifdef STDTIME_UNICODE
#else
#define StdTimeString_AddDelta StdTimeStringA_AddDelta
#endif /* STDTIME_UNICODE */
/*** SubDelta functions ******************************************************/
STDTIME_RC StdTime_SubDelta (
STDTIME * /*IO*/ pStdTime,
const STDTIME_DELTA * /*I*/ pDelta);
STDTIME_RC StdTimeFields_SubDelta (
STDTIME_FIELDS * /*IO*/ pStdTimeFields,
const STDTIME_DELTA * /*I*/ pDelta);
STDTIME_RC StdTimeStringA_SubDelta (
STDTIME_STRINGA * /*IO*/ pStdTimeString,
const STDTIME_DELTA * /*I*/ pDelta);
#ifdef STDTIME_UNICODE
#else
#define StdTimeString_SubDelta StdTimeStringA_SubDelta
#endif /* STDTIME_UNICODE */
/*** GetDelta functions ******************************************************/
STDTIME_RC StdTime_GetDelta (
const STDTIME * /*I*/ pStdTimeOne,
const STDTIME * /*I*/ pStdTimeTwo,
STDTIME_DELTA * /*O*/ pDelta);
STDTIME_RC StdTimeFields_GetDelta (
const STDTIME_FIELDS * /*I*/ pStdTimeFieldsOne,
const STDTIME_FIELDS * /*I*/ pStdTimeFieldsTwo,
STDTIME_DELTA * /*O*/ pDelta);
STDTIME_RC StdTimeStringA_GetDelta (
const STDTIME_STRINGA * /*I*/ pStdTimeStringOne,
const STDTIME_STRINGA * /*I*/ pStdTimeStringTwo,
STDTIME_DELTA * /*O*/ pDelta);
#ifdef STDTIME_UNICODE
#else
#define StdTimeString_GetDelta StdTimeStringA_GetDelta
#endif /* STDTIME_UNICODE */
/*** Delta/Span conversion functions *****************************************/
STDTIME_RC StdTimeDeltaToStdTimeSpan (
const STDTIME_DELTA * /*I*/ pDelta,
STDTIME_SPAN * /*O*/ pSpan);
STDTIME_RC StdTimeSpanToStdTimeDelta (
const STDTIME_SPAN * /*I*/ pSpan,
STDTIME_DELTA * /*O*/ pDelta);
/*** Delta/Span sign-related functions ***************************************/
int32_t SgnStdTimeDelta (
const STDTIME_DELTA * /*I*/ pDelta);
STDTIME_RC AbsStdTimeDelta (
STDTIME_DELTA * /*IO*/ pDelta);
STDTIME_RC NegStdTimeDelta (
STDTIME_DELTA * /*IO*/ pDelta);
int32_t SgnStdTimeSpan (
const STDTIME_SPAN * /*I*/ pSpan);
STDTIME_RC AbsStdTimeSpan (
STDTIME_SPAN * /*IO*/ pSpan);
STDTIME_RC NegStdTimeSpan (
STDTIME_SPAN * /*IO*/ pSpan);
/*** Compare functions *******************************************************/
int32_t CompareStdTime (
const STDTIME * /*I*/ pStdTimeOne,
const STDTIME * /*I*/ pStdTimeTwo);
int32_t CompareStdTimeFields (
const STDTIME_FIELDS * /*I*/ pStdTimeFieldsOne,
const STDTIME_FIELDS * /*I*/ pStdTimeFieldsTwo);
int32_t CompareStdTimeStringA (
const STDTIME_STRINGA * /*I*/ pStdTimeStringOne,
const STDTIME_STRINGA * /*I*/ pStdTimeStringTwo);
#ifdef STDTIME_UNICODE
#else
#define CompareStdTimeString CompareStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** FileTime functions ******************************************************/
STDTIME_RC StdTimeToFileTime (
const STDTIME * /*I*/ pStdTime,
STDTIME_WIN_FILETIME * /*O*/ pFileTime);
STDTIME_RC FileTimeToStdTime (
const STDTIME_WIN_FILETIME * /*I*/ pFileTime,
STDTIME * /*O*/ pStdTime);
STDTIME_RC StdTimeFieldsToFileTime (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_WIN_FILETIME * /*O*/ pFileTime);
STDTIME_RC FileTimeToStdTimeFields (
const STDTIME_WIN_FILETIME * /*I*/ pFileTime,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
STDTIME_RC StdTimeStringAToFileTime (
const STDTIME_STRINGA * /*I*/ pStdTimeString,
STDTIME_WIN_FILETIME * /*O*/ pFileTime);
STDTIME_RC FileTimeToStdTimeStringA (
const STDTIME_WIN_FILETIME * /*I*/ pFileTime,
STDTIME_STRINGA * /*O*/ pStdTimeString);
#ifdef STDTIME_UNICODE
#else
#define StdTimeStringToFileTime StdTimeStringAToFileTime
#define FileTimeToStdTimeString FileTimeToStdTimeStringA
#endif /* STDTIME_UNICODE */
/*** SystemTimeEx functions **************************************************/
STDTIME_RC StdTimeToSystemTimeEx (
const STDTIME * /*I*/ pStdTime,
STDTIME_WIN_SYSTEMTIME * /*O*/ pSystemTime,
int32_t * /*O*/ pUsec, /* optional */
int32_t * /*O*/ pNsec); /* optional */
STDTIME_RC SystemTimeExToStdTime (
const STDTIME_WIN_SYSTEMTIME * /*I*/ pSystemTime,
int32_t /*I*/ nUsec,
int32_t /*I*/ nNsec,
STDTIME * /*O*/ pStdTime);
STDTIME_RC StdTimeFieldsToSystemTimeEx (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_WIN_SYSTEMTIME * /*O*/ pSystemTime,
int32_t * /*O*/ pUsec, /* optional */
int32_t * /*O*/ pNsec); /* optional */
STDTIME_RC SystemTimeExToStdTimeFields (
const STDTIME_WIN_SYSTEMTIME * /*I*/ pSystemTime,
int32_t /*I*/ nUsec,
int32_t /*I*/ nNsec,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
/*** SystemTime functions ****************************************************/
STDTIME_RC StdTimeToSystemTime (
const STDTIME * /*I*/ pStdTime,
STDTIME_WIN_SYSTEMTIME * /*O*/ pSystemTime);
STDTIME_RC SystemTimeToStdTime (
const STDTIME_WIN_SYSTEMTIME * /*I*/ pSystemTime,
STDTIME * /*O*/ pStdTime);
STDTIME_RC StdTimeFieldsToSystemTime (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_WIN_SYSTEMTIME * /*O*/ pSystemTime);
STDTIME_RC SystemTimeToStdTimeFields (
const STDTIME_WIN_SYSTEMTIME * /*I*/ pSystemTime,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
#ifdef _WIN32 /* DbTimeStamp functions only for _WIN32 */
/*** DbTimeStamp functions ***************************************************/
/* NOTE: can't include "oledb.h" for DBTIMESTAMP so just define our own struct here.*/
typedef struct
{
STDTIME_WIN_SHORT year;
STDTIME_WIN_USHORT month;
STDTIME_WIN_USHORT day;
STDTIME_WIN_USHORT hour;
STDTIME_WIN_USHORT minute;
STDTIME_WIN_USHORT second;
STDTIME_WIN_ULONG fraction;
} STDTIME_WIN_DBTIMESTAMP;
STDTIME_WIN_DBTIMESTAMP StdTimeApiZeroDbTimeStamp (ST_VOID);
STDTIME_RC StdTimeToDbTimeStamp (
const STDTIME * /*I*/ pStdTime,
STDTIME_WIN_DBTIMESTAMP * /*O*/ pDbTimeStamp);
STDTIME_RC DbTimeStampToStdTime (
const STDTIME_WIN_DBTIMESTAMP * /*I*/ pDbTimeStamp,
STDTIME * /*O*/ pStdTime);
STDTIME_RC StdTimeFieldsToDbTimeStamp (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_WIN_DBTIMESTAMP * /*O*/ pDbTimeStamp);
STDTIME_RC DbTimeStampToStdTimeFields (
const STDTIME_WIN_DBTIMESTAMP * /*I*/ pDbTimeStamp,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
#endif /* DbTimeStamp functions only for _WIN32 */
/*** StructTmEx functions ****************************************************/
STDTIME_RC StdTimeToStructTmEx (
const STDTIME * /*I*/ pStdTime,
struct tm * /*O*/ pStructTm,
int32_t * /*O*/ pNsec); /* optional */
STDTIME_RC StructTmExToStdTime (
const struct tm * /*I*/ pStructTm,
int32_t /*I*/ nNsec,
STDTIME * /*O*/ pStdTime);
/*** TimeTypeEx functions ****************************************************/
STDTIME_RC StdTimeToTimeTypeEx (
const STDTIME * /*I*/ pStdTime,
time_t * /*O*/ pTimeT,
int32_t * /*O*/ pNsec); /* optional */
STDTIME_RC TimeTypeExToStdTime (
time_t /*I*/ timet,
int32_t /*I*/ nsec,
STDTIME * /*O*/ pStdTime);
/*** Constructor-like functions **********************************************/
STDTIME_FIELDS StdTimeFields (
int32_t /*I*/ year,
int32_t /*I*/ mon,
int32_t /*I*/ day,
int32_t /*I*/ hour,
int32_t /*I*/ min,
int32_t /*I*/ sec,
int32_t /*I*/ msec,
int32_t /*I*/ usec,
int32_t /*I*/ nsec);
STDTIME_STRINGA StdTimeStringA (
const char * /*I*/ str);
#ifdef STDTIME_UNICODE
#else
#define StdTimeString StdTimeStringA
#endif /* STDTIME_UNICODE */
STDTIME_DELTA StdTimeDelta (
int32_t /*I*/ day,
int32_t /*I*/ hour,
int32_t /*I*/ min,
int32_t /*I*/ sec,
int32_t /*I*/ msec,
int32_t /*I*/ usec,
int32_t /*I*/ nsec);
STDTIME_SPAN StdTimeSpan (
QUADLIB_I64 /*I*/ value);
/*** Initializer functions ***************************************************/
STDTIME ZeroStdTime (ST_VOID);
STDTIME_FIELDS ZeroStdTimeFields (ST_VOID);
STDTIME_DELTA ZeroStdTimeDelta (ST_VOID);
STDTIME_SPAN ZeroStdTimeSpan (ST_VOID);
STDTIME_STRINGA ZeroStdTimeStringA (ST_VOID);
STDTIME_TZOA ZeroStdTimeTzoA (ST_VOID);
STDTIME_ERRMSGA ZeroStdTimeErrMsgA (ST_VOID);
#ifdef STDTIME_UNICODE
#else
#define ZeroStdTimeString ZeroStdTimeStringA
#define ZeroStdTimeTzo ZeroStdTimeTzoA
#define ZeroStdTimeErrMsg ZeroStdTimeErrMsgA
#endif /* STDTIME_UNICODE */
/* initializers for outside types use 'StdTimeApi' prefix */
STDTIME_TIMETYPE StdTimeApiZeroTimeType (ST_VOID);
STDTIME_WIN_FILETIME StdTimeApiZeroFileTime (ST_VOID);
STDTIME_WIN_SYSTEMTIME StdTimeApiZeroSystemTime (ST_VOID);
struct tm StdTimeApiZeroStructTm (ST_VOID);
/*****************************************************************************/
/* NORMALIZE, ROUND, TRUNC */
/*****************************************************************************/
STDTIME_RC NormalizeStdTimeDelta (
STDTIME_DELTA * /*IO*/ pDelta);
STDTIME_RC TruncStdTimeDelta (
STDTIME_DELTA * /*IO*/ pDelta,
int32_t /*I*/ field);
STDTIME_RC RoundStdTimeDelta (
STDTIME_DELTA * /*IO*/ pDelta,
int32_t /*I*/ field);
/*** convenience calendar functions ******************************************/
STDTIME_RC StdTimeGetDayofWeekAndYear (
int32_t /*I*/ nYear,
int32_t /*I*/ nMon,
int32_t /*I*/ nDayofMon,
int32_t * /*O*/ pDayofWeek,
int32_t * /*O*/ pDayofYear);
int32_t StdTimeYearIsLeap (
int32_t /*I*/ year);
int32_t StdTimeDaysInYearMon (
int32_t /*I*/ year,
int32_t /*I*/ mon);
/*** DateEx functions ********************************************************/
STDTIME_RC StdTimeToDateEx (
const STDTIME * /*I*/ pStdTime,
STDTIME_WIN_DATE * /*O*/ pDate,
int32_t * /*O*/ pMsec, /* optional */
int32_t * /*O*/ pUsec, /* optional */
int32_t * /*O*/ pNsec); /* optional */
STDTIME_RC DateExToStdTime (
const STDTIME_WIN_DATE * /*I*/ pDate,
int32_t /*I*/ nMsec,
int32_t /*I*/ nUsec,
int32_t /*I*/ nNsec,
STDTIME * /*O*/ pStdTime);
STDTIME_RC StdTimeFieldsToDateEx (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_WIN_DATE * /*O*/ pDate,
int32_t * /*O*/ pMsec, /* optional */
int32_t * /*O*/ pUsec, /* optional */
int32_t * /*O*/ pNsec); /* optional */
STDTIME_RC DateExToStdTimeFields (
const STDTIME_WIN_DATE * /*I*/ pDate,
int32_t /*I*/ nMsec,
int32_t /*I*/ nUsec,
int32_t /*I*/ nNsec,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
/*** Date functions ***************************************************/
STDTIME_RC StdTimeToDate (
const STDTIME * /*I*/ pStdTime,
STDTIME_WIN_DATE * /*O*/ pDate);
STDTIME_RC DateToStdTime (
const STDTIME_WIN_DATE * /*I*/ pDate,
STDTIME * /*O*/ pStdTime);
STDTIME_RC StdTimeFieldsToDate (
const STDTIME_FIELDS * /*I*/ pStdTimeFields,
STDTIME_WIN_DATE * /*O*/ pDate);
STDTIME_RC DateToStdTimeFields (
const STDTIME_WIN_DATE * /*I*/ pDate,
STDTIME_FIELDS * /*O*/ pStdTimeFields);
/*** timezone-offset support functions ***************************************/
STDTIME_RC StdTimeStringAToTzoA (
const STDTIME_STRINGA * /*I*/ pStdTimeString,
STDTIME_TZOA * /*O*/ pTzo);
STDTIME_RC TzoAToStdTimeStringA (
const STDTIME_TZOA * /*I*/ pTzo,
STDTIME_STRINGA * /*O*/ pStdTimeString);
STDTIME_RC ValidStdTimeTzoA (
const STDTIME_TZOA * /*I*/ pTzo);
STDTIME_RC NormalizeStdTimeTzoA (
STDTIME_TZOA * /*I*/ pTzo);
STDTIME_RC GetLocalStdTimeTzoA (
STDTIME_TZOA * /*O*/ pTzo);
#define StdTimeStringToTzoA StdTimeStringAToTzoA
#define TzoToStdTimeStringA TzoAToStdTimeStringA
#ifdef STDTIME_UNICODE
#else
#define StdTimeStringToTzo StdTimeStringAToTzoA
#define TzoToStdTimeString TzoAToStdTimeStringA
#define ValidStdTimeTzo ValidStdTimeTzoA
#define NormalizeStdTimeTzo NormalizeStdTimeTzoA
#define GetLocalStdTimeTzo GetLocalStdTimeTzoA
#endif /* STDTIME_UNICODE */
/*** error message decoding functions ****************************************/
STDTIME_RC StdTimeRcToErrMsgA (
const STDTIME_RC /*I*/ stdTimeRc,
STDTIME_ERRMSGA * /*O*/ pErrMsg);
#ifdef STDTIME_UNICODE
#else
#define StdTimeRcToErrMsg StdTimeRcToErrMsgA
#endif /* STDTIME_UNICODE */
/*** normalization functions; primarily private functions ********************/
STDTIME_RC Rc_NormalizeStdTimeFields (
STDTIME_FIELDS * pFields);
STDTIME_RC Rc_StdTime_NormalizeSystemTimeEx (
STDTIME_WIN_SYSTEMTIME * /*IO*/ pSystemTime,
int32_t * /*IO*/ pUsec,
int32_t * /*IO*/ pNsec);
STDTIME_RC Rc_StdTime_NormalizeStructTmEx (
struct tm * /*IO*/ pStructTm,
int32_t * /*IO*/ pMsec,
int32_t * /*IO*/ pUsec,
int32_t * /*IO*/ pNsec);
/* Utility functions */
STDTIME_BOOL Bool_StdTimeGmTimeR (
time_t * pTimeT,
struct tm * pStructTm);
/*****************************************************************************/
/* END */
/*****************************************************************************/
#ifdef __cplusplus
}
#endif
#endif /* _STDTIME_H_7583ECB2_DB3F_48B3_8A97_2D1D2A38C84A_ */
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