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Makefile.am
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Makefile.in
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README
(272 B)
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a_md5encrypt.c
(6.76 KB)
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adjtime.c
(10.29 KB)
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adjtimex.c
(334 B)
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atoint.c
(801 B)
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atolfp.c
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atouint.c
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audio.c
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authkeys.c
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authreadkeys.c
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authusekey.c
(748 B)
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bsd_strerror.c
(1.35 KB)
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buftvtots.c
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caljulian.c
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caltontp.c
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calyearstart.c
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clocktime.c
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clocktypes.c
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decodenetnum.c
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dofptoa.c
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dolfptoa.c
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emalloc.c
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findconfig.c
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getopt.c
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hextoint.c
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hextolfp.c
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humandate.c
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icom.c
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iosignal.c
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is_ip_address.c
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lib_strbuf.c
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libssl_compat.c
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machines.c
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mktime.c
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modetoa.c
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mstolfp.c
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msyslog.c
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netof.c
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ntp_calendar.c
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ntp_calgps.c
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ntp_crypto_rnd.c
(2.11 KB)
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ntp_intres.c
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ntp_libopts.c
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ntp_lineedit.c
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ntp_random.c
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ntp_rfc2553.c
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ntp_worker.c
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numtoa.c
(963 B)
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numtohost.c
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octtoint.c
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prettydate.c
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recvbuff.c
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refidsmear.c
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refnumtoa.c
(673 B)
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snprintf.c
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socket.c
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socktoa.c
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socktohost.c
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ssl_init.c
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statestr.c
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strdup.c
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strl_obsd.c
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syssignal.c
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systime.c
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systime_s.c
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timespecops.c
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timetoa.c
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timevalops.c
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timexsup.c
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uglydate.c
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vint64ops.c
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work_fork.c
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work_thread.c
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xsbprintf.c
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ymd2yd.c
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Editing: caltontp.c
/* * caltontp - convert a date to an NTP time */ #include <config.h> #include <sys/types.h> #include "ntp_types.h" #include "ntp_calendar.h" #include "ntp_stdlib.h" #include "ntp_assert.h" #include "ntp_unixtime.h" /* * Juergen Perlinger, 2008-11-12 * Add support for full calendar calculatios. If the day-of-year is provided * (that is, not zero) it will be used instead of month and day-of-month; * otherwise a full turn through the calendar calculations will be taken. * * I know that Harlan Stenn likes to see assertions in production code, and I * agree there, but it would be a tricky thing here. The algorithm is quite * capable of producing sensible answers even to seemingly weird inputs: the * date <any year here>-03-00, the 0.th March of the year, will be automtically * treated as the last day of February, no matter whether the year is a leap * year or not. So adding constraints is merely for the benefit of the callers, * because the only thing we can check for consistency is our input, produced * by somebody else. * * BTW: A total roundtrip using 'caljulian' would be a quite shaky thing: * Because of the truncation of the NTP time stamp to 32 bits and the epoch * unfolding around the current time done by 'caljulian' the roundtrip does * *not* necessarily reproduce the input, especially if the time spec is more * than 68 years off from the current time... */ uint32_t caltontp( const struct calendar *jt ) { int32_t eraday; /* CE Rata Die number */ vint64 ntptime;/* resulting NTP time */ REQUIRE(jt != NULL); REQUIRE(jt->month <= 13); /* permit month 0..13! */ REQUIRE(jt->monthday <= 32); REQUIRE(jt->yearday <= 366); REQUIRE(jt->hour <= 24); REQUIRE(jt->minute <= MINSPERHR); REQUIRE(jt->second <= SECSPERMIN); /* * First convert the date to he corresponding RataDie * number. If yearday is not zero, assume that it contains a * useable value and avoid all calculations involving month * and day-of-month. Do a full evaluation otherwise. */ if (jt->yearday) eraday = ntpcal_year_to_ystart(jt->year) + jt->yearday - 1; else eraday = ntpcal_date_to_rd(jt); ntptime = ntpcal_dayjoin(eraday - DAY_NTP_STARTS, ntpcal_etime_to_seconds(jt->hour, jt->minute, jt->second)); return ntptime.d_s.lo; }
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