% Contributed by Kentaroh Noji <knoji@jp.ibm.com> and
% Tetsuji Orita <orita@jp.ibm.com>.
+% Revised by Le Hong Boi
+
LC_IDENTIFICATION
title "Vietnamese language locale for Vietnam"
source "IBM Globalization Center of Competency, Yamato Software Laboratory"
mon_grouping 3
positive_sign ""
negative_sign "<U002D>"
-int_frac_digits 4
-frac_digits 4
+int_frac_digits 2
+frac_digits 2
p_cs_precedes 0
p_sep_by_space 0
n_cs_precedes 1
% for IBM Class for Unicode/Java
%
% Abbreviated weekday names (%a)
-abday "<U0054><U0068><U0020><U0032><U0020>";/
+abday "<U0043><U004E><U0020>";/
+ "<U0054><U0068><U0020><U0032><U0020>";/
"<U0054><U0068><U0020><U0033><U0020>";/
"<U0054><U0068><U0020><U0034><U0020>";/
"<U0054><U0068><U0020><U0035><U0020>";/
"<U0054><U0068><U0020><U0036><U0020>";/
- "<U0054><U0068><U0020><U0037><U0020>";/
- "<U0043><U004E><U0020>"
+ "<U0054><U0068><U0020><U0037><U0020>"
%
% Full weekday names (%A)
-day "<U0054><U0068><U01B0><U0301><U0020><U0068><U0061><U0069><U0020>";/
+day "<U0043><U0068><U0075><U0309><U0020><U006E><U0068><U00E2><U0323>/
+<U0074><U0020>";/
+ "<U0054><U0068><U01B0><U0301><U0020><U0068><U0061><U0069><U0020>";/
"<U0054><U0068><U01B0><U0301><U0020><U0062><U0061><U0020>";/
"<U0054><U0068><U01B0><U0301><U0020><U0074><U01B0><U0020>";/
"<U0054><U0068><U01B0><U0301><U0020><U006E><U0103><U006D><U0020>";/
"<U0054><U0068><U01B0><U0301><U0020><U0073><U00E1><U0075><U0020>";/
"<U0054><U0068><U01B0><U0301><U0020><U0062><U0061><U0309><U0079>/
-<U0020>";/
- "<U0043><U0068><U0075><U0309><U0020><U006E><U0068><U00E2><U0323>/
-<U0074><U0020>"
+<U0020>"
%
% Abbreviated month names (%b)
abmon "<U0054><U0068><U0067><U0020><U0031>";/
<U0020><U0025><U005A>"
%
% Appropriate 12 h time representation (%r)
-t_fmt_ampm ""
+t_fmt_ampm ""
%
-% Appropriate date representation (date(1)) "%a %b %e %H:%M:%S %Z %Y"
-date_fmt "<U0025><U0061><U0020><U0025><U0062><U0020><U0025><U0065>/
-<U0020><U0025><U0048><U003A><U0025><U004D><U003A><U0025><U0053><U0020>/
-<U0025><U005A><U0020><U0025><U0059>"
+% Appropriate date representation (date(1)) "%H:%M:%S %a %e %b %Y %Z"
+date_fmt "<U0025><U0048><U003A><U0025><U004D><U003A><U0025><U0053>/
+<U0020><U0025><U0061><U0020><U0025><U0065><U0020><U0025><U0062>/
+<U0020><U0025><U0059><U0020><U0025><U005A>"
END LC_TIME
name_fmt "<U0025><U0070><U0025><U0074><U0025><U0066><U0025><U0074>/
<U0025><U0067>"
name_gen ""
-name_mr "<U004D><U0072><U002E>"
-name_mrs "<U004D><U0072><U0073><U002E>"
-name_miss "<U004D><U0069><U0073><U0073><U002E>"
-name_ms "<U004D><U0073><U002E>"
+name_mr "<U00D4><U002E>"
+name_mrs "<U0042><U002E>"
+name_miss "<U0043><U002E>"
+name_ms ""
END LC_NAME
% LC_ADDRESS
postal_fmt "<U0025><U007A><U0025><U0063><U0025><U0054><U0025><U0073>/
<U0025><U0062><U0025><U0065><U0025><U0072>"
+country_name "<U0056><U0069><U1EC7><U0074><U0020><U006E><U0061><U006D>"
+lang_name "<U0056><U0069><U1EC7><U0074><U0020><U006E><U0067><U1EEF>"
END LC_ADDRESS
tel_int_fmt "<U002B><U0025><U0063><U0020><U003B><U0025><U0061><U0020>/
<U003B><U0025><U006C>"
int_prefix "<U0038><U0034>"
+int_select "<U0030><U0030>"
END LC_TELEPHONE
"1998/10/25 21:54:09 dst=1 zone=AEDST" },
{ 924864849L, "AEST-10AEDST-11,M10.5.0,M3.5.0",
"1999/04/23 20:54:09 dst=0 zone=AEST" },
+ { 919973892L, "AEST-10AEDST-11,M10.5.0,M3.5.0",
+ "1999/02/26 07:18:12 dst=1 zone=AEDST" },
+ { 909312849L, "EST+5EDT,M4.1.0/2,M10.5.0/2",
+ "1998/10/25 05:54:09 dst=0 zone=EST" },
+ { 924864849L, "EST+5EDT,M4.1.0/2,M10.5.0/2",
+ "1999/04/23 06:54:09 dst=1 zone=EDT" },
+ { 919973892L, "EST+5EDT,M4.1.0/2,M10.5.0/2",
+ "1999/02/25 15:18:12 dst=0 zone=EST" },
};
int
}
}
+ setenv ("TZ", "Universal", 1);
+ localtime (&tests[0].when);
+ printf ("TZ = \"Universal\" daylight %d tzname = { \"%s\", \"%s\" }",
+ daylight, tzname[0], tzname[1]);
+ if (! daylight)
+ puts (", OK");
+ else
+ {
+ result = 1;
+ puts (", FAIL");
+ }
+
+ setenv ("TZ", "AEST-10AEDST-11,M10.5.0,M3.5.0", 1);
+ tzset ();
+ printf ("TZ = \"AEST-10AEDST-11,M10.5.0,M3.5.0\" daylight %d"
+ " tzname = { \"%s\", \"%s\" }", daylight, tzname[0], tzname[1]);
+ if (daylight
+ && strcmp (tzname[0], "AEST") == 0 && strcmp (tzname[1], "AEDST") == 0)
+ puts (", OK");
+ else
+ {
+ result = 1;
+ puts (", FAIL");
+ }
+
return result;
}
-/* Copyright (C) 1991-1999, 2000, 2001 Free Software Foundation, Inc.
+/* Copyright (C) 1991-1999, 2000, 2001, 2002 Free Software Foundation, Inc.
This file is part of the GNU C Library.
The GNU C Library is free software; you can redistribute it and/or
static tz_rule tz_rules[2];
-static int compute_change __P ((tz_rule *rule, int year)) internal_function;
-static int tz_compute __P ((const struct tm *tm))
+static void compute_change __P ((tz_rule *rule, int year)) internal_function;
+static void tz_compute __P ((const struct tm *tm))
internal_function;
static void tzset_internal __P ((int always)) internal_function;
\f
return new->data;
}
\f
+/* Maximum length of a timezone name. tzset_internal keeps this up to date
+ (never decreasing it) when ! __use_tzfile.
+ tzfile.c keeps it up to date when __use_tzfile. */
+size_t __tzname_cur_max;
+
+long int
+__tzname_max ()
+{
+ __libc_lock_lock (tzset_lock);
+
+ tzset_internal (0);
+
+ __libc_lock_unlock (tzset_lock);
+
+ return __tzname_cur_max;
+}
+\f
static char *old_tz;
/* Interpret the TZ envariable. */
tz_rules[0].offset = tz_rules[1].offset = 0L;
tz_rules[0].change = tz_rules[1].change = (time_t) -1;
tz_rules[0].computed_for = tz_rules[1].computed_for = 0;
- return;
+ goto out;
}
/* Clear out old state and reset to unnamed UTC. */
if (sscanf (tz, "%[^0-9,+-]", tzbuf) != 1 ||
(l = strlen (tzbuf)) < 3)
- return;
+ goto out;
tz_rules[0].name = __tzstring (tzbuf);
/* Figure out the standard offset from UTC. */
if (*tz == '\0' || (*tz != '+' && *tz != '-' && !isdigit (*tz)))
- return;
+ goto out;
if (*tz == '-' || *tz == '+')
tz_rules[0].offset = *tz++ == '-' ? 1L : -1L;
switch (sscanf (tz, "%hu:%hu:%hu", &hh, &mm, &ss))
{
default:
- return;
+ goto out;
case 1:
mm = 0;
case 2:
}
out:
- /* We know the offset now, set `__timezone'. */
+ __daylight = tz_rules[0].offset != tz_rules[1].offset;
__timezone = -tz_rules[0].offset;
-}
-\f
-/* Maximum length of a timezone name. __tz_compute keeps this up to date
- (never decreasing it) when ! __use_tzfile.
- tzfile.c keeps it up to date when __use_tzfile. */
-size_t __tzname_cur_max;
-
-long int
-__tzname_max ()
-{
- __libc_lock_lock (tzset_lock);
-
- tzset_internal (0);
-
- __libc_lock_unlock (tzset_lock);
+ __tzname[0] = (char *) tz_rules[0].name;
+ __tzname[1] = (char *) tz_rules[1].name;
- return __tzname_cur_max;
+ {
+ /* Keep __tzname_cur_max up to date. */
+ size_t len0 = strlen (__tzname[0]);
+ size_t len1 = strlen (__tzname[1]);
+ if (len0 > __tzname_cur_max)
+ __tzname_cur_max = len0;
+ if (len1 > __tzname_cur_max)
+ __tzname_cur_max = len1;
+ }
}
\f
/* Figure out the exact time (as a time_t) in YEAR
when the change described by RULE will occur and
- put it in RULE->change, saving YEAR in RULE->computed_for.
- Return nonzero if successful, zero on failure. */
-static int
+ put it in RULE->change, saving YEAR in RULE->computed_for. */
+static void
internal_function
compute_change (rule, year)
tz_rule *rule;
if (year != -1 && rule->computed_for == year)
/* Operations on times in 2 BC will be slower. Oh well. */
- return 1;
+ return;
/* First set T to January 1st, 0:00:00 GMT in YEAR. */
if (year > 1970)
rule->change = t - rule->offset + rule->secs;
rule->computed_for = year;
- return 1;
}
/* Figure out the correct timezone for TM and set `__tzname',
- `__timezone', and `__daylight' accordingly. Return nonzero on
- success, zero on failure. */
-static int
+ `__timezone', and `__daylight' accordingly. */
+static void
internal_function
tz_compute (tm)
const struct tm *tm;
{
- if (! compute_change (&tz_rules[0], 1900 + tm->tm_year)
- || ! compute_change (&tz_rules[1], 1900 + tm->tm_year))
- return 0;
- /* We have to distinguish between northern and southern hemisphere.
- For the latter the daylight saving time ends in the next year.
- It is easier to detect this after first computing the time for the
- wrong year since now we simply can compare the times to switch. */
- if (tz_rules[0].change > tz_rules[1].change
- && ! compute_change (&tz_rules[1], 1900 + tm->tm_year + 1))
- return 0;
-
- __daylight = tz_rules[0].offset != tz_rules[1].offset;
- __timezone = -tz_rules[0].offset;
- __tzname[0] = (char *) tz_rules[0].name;
- __tzname[1] = (char *) tz_rules[1].name;
-
- {
- /* Keep __tzname_cur_max up to date. */
- size_t len0 = strlen (__tzname[0]);
- size_t len1 = strlen (__tzname[1]);
- if (len0 > __tzname_cur_max)
- __tzname_cur_max = len0;
- if (len1 > __tzname_cur_max)
- __tzname_cur_max = len1;
- }
-
- return 1;
+ compute_change (&tz_rules[0], 1900 + tm->tm_year);
+ compute_change (&tz_rules[1], 1900 + tm->tm_year);
}
\f
/* Reinterpret the TZ environment variable and set `tzname'. */
}
else
{
- if (! (__offtime (timer, 0, tp) && tz_compute (tp)))
+ if (! __offtime (timer, 0, tp))
tp = NULL;
+ else
+ tz_compute (tp);
leap_correction = 0L;
leap_extra_secs = 0;
}
{
if (!__use_tzfile)
{
- int isdst = (*timer >= tz_rules[0].change
- && *timer < tz_rules[1].change);
+ int isdst;
+
+ /* We have to distinguish between northern and southern
+ hemisphere. For the latter the daylight saving time
+ ends in the next year. */
+ if (__builtin_expect (tz_rules[0].change
+ > tz_rules[1].change, 0))
+ isdst = (*timer < tz_rules[1].change
+ || *timer >= tz_rules[0].change);
+ else
+ isdst = (*timer >= tz_rules[0].change
+ && *timer < tz_rules[1].change);
tp->tm_isdst = isdst;
tp->tm_zone = __tzname[isdst];
tp->tm_gmtoff = tz_rules[isdst].offset;
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