/* Copyright (C) 2000 Free Software Foundation, Inc. This file is part of the GNU C Library. Contributed by Ulrich Drepper <drepper@gnu.org>, 2000. The GNU C Library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. The GNU C Library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with the GNU C Library; if not, see <http://www.gnu.org/licenses/>. */ #include <ctype.h> #include <langinfo.h> #include <locale.h> #include <stdio.h> #include <stdlib.h> #include <string.h> #include <unistd.h> #include <wchar.h> #include <wctype.h> #include <sys/types.h> #define ZERO "\xe2\x82\x80" #define ONE "\xe2\x82\x81" #define TWO "\xe2\x82\x82" #define THREE "\xe2\x82\x83" #define FOUR "\xe2\x82\x84" #define FIVE "\xe2\x82\x85" #define SIX "\xe2\x82\x86" #define SEVEN "\xe2\x82\x87" #define EIGHT "\xe2\x82\x88" #define NINE "\xe2\x82\x89" static struct printf_int_test { int n; const char *format; const char *expected; } printf_int_tests[] = { { 0, "%I'10d", " " ZERO }, { 1, "%I'10d", " " ONE }, { 2, "%I'10d", " " TWO }, { 3, "%I'10d", " " THREE }, { 4, "%I'10d", " " FOUR }, { 5, "%I'10d", " " FIVE }, { 6, "%I'10d", " " SIX }, { 7, "%I'10d", " " SEVEN }, { 8, "%I'10d", " " EIGHT }, { 9, "%I'10d", " " NINE }, { 11, "%I'10d", " " ONE ONE }, { 12, "%I'10d", " " ONE TWO }, { 123, "%I10d", " " ONE TWO THREE }, { 123, "%I'10d", " " ONE TWO THREE }, { 1234, "%I10d", ONE TWO THREE FOUR }, { 1234, "%I'10d", ONE "," TWO THREE FOUR }, { 12345, "%I'10d", ONE TWO "," THREE FOUR FIVE }, { 123456, "%I'10d", ONE TWO THREE "," FOUR FIVE SIX }, { 1234567, "%I'10d", ONE "," TWO THREE FOUR "," FIVE SIX SEVEN } }; #define nprintf_int_tests \ (sizeof (printf_int_tests) / sizeof (printf_int_tests[0])) #define WZERO L"\x2080" #define WONE L"\x2081" #define WTWO L"\x2082" #define WTHREE L"\x2083" #define WFOUR L"\x2084" #define WFIVE L"\x2085" #define WSIX L"\x2086" #define WSEVEN L"\x2087" #define WEIGHT L"\x2088" #define WNINE L"\x2089" static struct wprintf_int_test { int n; const wchar_t *format; const wchar_t *expected; } wprintf_int_tests[] = { { 0, L"%I'10d", L" " WZERO }, { 1, L"%I'10d", L" " WONE }, { 2, L"%I'10d", L" " WTWO }, { 3, L"%I'10d", L" " WTHREE }, { 4, L"%I'10d", L" " WFOUR }, { 5, L"%I'10d", L" " WFIVE }, { 6, L"%I'10d", L" " WSIX }, { 7, L"%I'10d", L" " WSEVEN }, { 8, L"%I'10d", L" " WEIGHT }, { 9, L"%I'10d", L" " WNINE }, { 11, L"%I'10d", L" " WONE WONE }, { 12, L"%I'10d", L" " WONE WTWO }, { 123, L"%I10d", L" " WONE WTWO WTHREE }, { 123, L"%I'10d", L" " WONE WTWO WTHREE }, { 1234, L"%I10d", L" " WONE WTWO WTHREE WFOUR }, { 1234, L"%I'10d", L" " WONE L"," WTWO WTHREE WFOUR }, { 12345, L"%I'10d", L" " WONE WTWO L"," WTHREE WFOUR WFIVE }, { 123456, L"%I'10d", L" " WONE WTWO WTHREE L"," WFOUR WFIVE WSIX }, { 1234567, L"%I'10d", L" " WONE L"," WTWO WTHREE WFOUR L"," WFIVE WSIX WSEVEN } }; #define nwprintf_int_tests \ (sizeof (wprintf_int_tests) / sizeof (wprintf_int_tests[0])) int main (void) { int cnt; int failures; int status; if (setlocale (LC_ALL, "test7") == NULL) { puts ("cannot set locale `test7'"); exit (1); } printf ("CODESET = \"%s\"\n", nl_langinfo (CODESET)); /* First: printf tests. */ failures = 0; for (cnt = 0; cnt < (int) nprintf_int_tests; ++cnt) { char buf[100]; ssize_t n; n = snprintf (buf, sizeof buf, printf_int_tests[cnt].format, printf_int_tests[cnt].n); printf ("%3d: got \"%s\", expected \"%s\"", cnt, buf, printf_int_tests[cnt].expected); if (n != (ssize_t) strlen (printf_int_tests[cnt].expected) || strcmp (buf, printf_int_tests[cnt].expected) != 0) { puts (" -> FAILED"); ++failures; } else puts (" -> OK"); } printf ("%d failures in printf tests\n", failures); status = failures != 0; /* wprintf tests. */ failures = 0; for (cnt = 0; cnt < (int) nwprintf_int_tests; ++cnt) { wchar_t buf[100]; ssize_t n; n = swprintf (buf, sizeof buf / sizeof (buf[0]), wprintf_int_tests[cnt].format, wprintf_int_tests[cnt].n); printf ("%3d: got \"%ls\", expected \"%ls\"", cnt, buf, wprintf_int_tests[cnt].expected); if (n != (ssize_t) wcslen (wprintf_int_tests[cnt].expected) || wcscmp (buf, wprintf_int_tests[cnt].expected) != 0) { puts (" -> FAILED"); ++failures; } else puts (" -> OK"); } printf ("%d failures in wprintf tests\n", failures); status = failures != 0; /* ctype tests. This makes sure that the multibyte chracter digit representations are not handle in this table. */ failures = 0; for (cnt = 0; cnt < 256; ++cnt) if (cnt >= '0' && cnt <= '9') { if (! isdigit (cnt)) { printf ("isdigit ('%c') == 0\n", cnt); ++failures; } } else { if (isdigit (cnt)) { printf ("isdigit (%d) != 0\n", cnt); ++failures; } } printf ("%d failures in ctype tests\n", failures); status = failures != 0; /* wctype tests. This makes sure the second set of digits is also recorded. */ failures = 0; for (cnt = 0; cnt < 256; ++cnt) if (cnt >= '0' && cnt <= '9') { if (! iswdigit (cnt)) { printf ("iswdigit (L'%c') == 0\n", cnt); ++failures; } } else { if (iswdigit (cnt)) { printf ("iswdigit (%d) != 0\n", cnt); ++failures; } } for (cnt = 0x2070; cnt < 0x2090; ++cnt) if (cnt >= 0x2080 && cnt <= 0x2089) { if (! iswdigit (cnt)) { printf ("iswdigit (U%04X) == 0\n", cnt); ++failures; } } else { if (iswdigit (cnt)) { printf ("iswdigit (U%04X) != 0\n", cnt); ++failures; } } printf ("%d failures in wctype tests\n", failures); status = failures != 0; return status; }