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test_callback_printf.c
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test_callback_printf.c
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#if 0
cc -Wall -ggdb -o _test_callback_printf -I . test_callback_printf.c callback_printf.c
./_test_callback_printf
exit $?
#endif
/*****************************************************************************\
* *
* FILENAME: test_callback_printf.c *
* *
* --------------------------------------------------------------------------- *
* *
* DESCRIPTION: tests of callback_printf related functions *
* *
* --------------------------------------------------------------------------- *
* *
* COPYRIGHT: (c) 2024 Dipl.-Ing. Klaus Lux (Aachen, Germany) *
* *
* --------------------------------------------------------------------------- *
* *
* REPOSITORY: https://github/klux21/callback_printf *
* *
* --------------------------------------------------------------------------- *
* *
* Civil Usage Public License, Version 1.1, January 2024 *
* *
* Redistribution and use in source and binary forms, with or without *
* modification, are permitted provided that the following conditions are met: *
* *
* 1. Redistributions of source code must retain the above copyright *
* notice, this list of conditions, the explanation of terms *
* and the following disclaimer. *
* *
* 2. Redistributions in binary form must reproduce the above copyright *
* notice, this list of conditions and the following disclaimer in the *
* documentation or other materials provided with the distribution. *
* *
* 3. All modified files must carry prominent notices stating that the *
* files have been changed. *
* *
* 4. The source code and binary forms and any derivative works are not *
* stored or executed in systems or devices which are designed or *
* intended to harm, to kill or to forcibly immobilize people. *
* *
* 5. The source code and binary forms and any derivative works are not *
* stored or executed in systems or devices which are intended to *
* monitor, to track, to change or to control the behavior, the *
* constitution, the location or the communication of any people or *
* their property without the explicit and prior agreement of those *
* people except those devices and systems are solely designed for *
* saving or protecting peoples life or health. *
* *
* 6. The source code and binary forms and any derivative works are not *
* stored or executed in any systems or devices that are intended *
* for the production of any of the systems or devices that *
* have been stated before except the ones for saving or protecting *
* peoples life or health only. *
* *
* The term 'systems' in all clauses shall include all types and combinations *
* of physical, virtualized or simulated hardware and software and any kind *
* of data storage. *
* *
* The term 'devices' shall include any kind of local or non-local control *
* system of the stated devices as part of that device als well. Any assembly *
* of more than one device is one and the same device regarding this license. *
* *
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" *
* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE *
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE *
* ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE *
* LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR *
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF *
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS *
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN *
* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) *
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE *
* POSSIBILITY OF SUCH DAMAGE. *
* *
\*****************************************************************************/
#include <stdio.h>
#include <stddef.h>
#include <signal.h>
#include <float.h>
#include <string.h>
#include <inttypes.h>
#include <callback_printf.h>
/* int test_svsprintf(const char * pout, const char * call, const char * pfmt, ...) __PRINTF_LIKE_ARGS (3, 4); */
int test_svsprintf(const char * pout, const char * call, const char * pfmt, ...)
{
int bRet = 0;
size_t sRet;
size_t snRet;
va_list VarArgs;
char buf[2048];
char buf2[2048];
memset(buf, 0xfefefefe, sizeof(buf));
memset(buf2, 0xfefefefe, sizeof(buf));
va_start(VarArgs, pfmt);
sRet = svsprintf(buf, pfmt, VarArgs);
va_end(VarArgs);
va_start(VarArgs, pfmt);
snRet = svsnprintf(buf2, 17, pfmt, VarArgs);
va_end(VarArgs);
if(sRet != snRet)
{
printf("test_callback_printf: svsprintf output length %zd (%s) for '%s' does not match retval %zd of svsnprintf!\n", sRet, buf, call, snRet);
goto Exit;
}
if(buf2[17] != '\xfe')
{
buf2[24] = '\0';
printf("test_callback_printf: svsnprintf returned %zd (%s) for '%s' but touched data behind the provided buffer!\n", snRet, buf2, call);
goto Exit;
}
if(buf[sRet+1] != '\xfe')
{
buf2[24] = '\0';
printf("test_callback_printf: svsprintf returned %zd (%s) for '%s' but touched data behind the string end!\n", sRet, buf, call);
goto Exit;
}
if(strncmp(buf, buf2, 17))
{
printf("test_callback_printf: written data of svsprintf (%zd bytes: '%.17s') and svsnprintf (%zd bytes: '%.17s')) differ for '%s'!\n", sRet, buf, snRet, buf2, call);
goto Exit;
}
#if DEBUG
va_start(VarArgs, pfmt);
vsprintf(buf2, pfmt, VarArgs); /* for comparison of data with vsprintf in a debugger */
va_end(VarArgs);
#endif
if(sRet != strlen(buf))
{
printf("test_callback_printf: output length %zd (%s) for '%s' does not match retval %zd !\n", strlen(buf), buf, call, sRet);
goto Exit;
}
if(strcmp(buf, pout))
{
printf("test_callback_printf: output '%s' to '%s' doesn't match expected '%s' !\n", buf, call, pout);
goto Exit;
}
bRet = 1;
Exit:;
return (bRet);
} /* int test_svsprintf(...) */
int test_ssprintf()
{
int bRet = 1;
static uint32_t inf = 0x7f800000;
static uint32_t ninf = 0xff800000;
static uint32_t nan = 0x7fc00000;
static uint32_t nnan = 0xffc00000;
#define ARG(x) ,x
#define TEST_SVSPRINTF(pfmt, pout, arg) bRet &= test_svsprintf(pout, #pfmt "," #arg, pfmt, arg);
TEST_SVSPRINTF( "Hallo Welt!", "Hallo Welt!", 0);
TEST_SVSPRINTF( "%.10s!", "Hallo Welt!", "Hallo Welt");
TEST_SVSPRINTF( "%.*s!", "Hallo Welt!", (int) 10 ARG("Hallo Welt"));
TEST_SVSPRINTF( "%.5s %.5s", "Hallo Welt!", "Hallo" ARG("Welt!"));
TEST_SVSPRINTF( "%-6.5s%4.5s!","Hallo Welt!", "Hallo" ARG("Welt"));
TEST_SVSPRINTF( "%c%c%c%c%c %c%c%c%c!", "Hallo Welt!", 'H' ARG('a') ARG('l') ARG('l') ARG('o') ARG('W') ARG('e') ARG('l') ARG('t'));
TEST_SVSPRINTF( "%02d/%02d/%04d %02d:%02d:%02d", "01/01/1970 23:59:59", 1 ARG(1) ARG(1970) ARG(23) ARG(59) ARG(59));
TEST_SVSPRINTF( "%.2d/%.2d/%.4d %.2d:%.2d:%.2d", "01/01/1970 23:59:59", 1 ARG(1) ARG(1970) ARG(23) ARG(59) ARG(59));
TEST_SVSPRINTF( "%+#23.15e", " +1.000000000000000e-01", (double) 1.0e-1 );
TEST_SVSPRINTF( "%+#23.15e", " +3.900000000000000e+00", (double) 3.9 );
TEST_SVSPRINTF( "%+#23.14e", " +7.89456123000000e-307", (double) 7.89456123e-307 );
TEST_SVSPRINTF( "%+#23.14e", " +7.89456123000000e+307", (double) 7.89456123e+307 );
TEST_SVSPRINTF( "%+#23.15e", " +7.894561230000000e+08", (double) 789456123.0 );
TEST_SVSPRINTF( "%-#23.15e", "7.894561230000000e+08 ", (double) 789456123.0 );
TEST_SVSPRINTF( "%#23.15e", " 7.894561230000000e+08", (double)789456123.0 );
TEST_SVSPRINTF( "%#1.1g", "8.e+08", (double) 789456123.0 );
TEST_SVSPRINTF( "%+#23.15Le", " +1.000000000000000e-01", (long double) 1.0e-1l );
TEST_SVSPRINTF( "%+#23.15Le", " +3.900000000000000e+00", (long double) 3.9l );
TEST_SVSPRINTF( "%+#27.6e", " +1.594561e-317", (double) 1.59456123e-317 );
TEST_SVSPRINTF( "%+#27.16e", " +1.5945612300000000e+308", (double) 1.59456123e+308 );
#ifdef _WIN32
TEST_SVSPRINTF( "%+#27.15Le", " +9.89456123000000000e-307",(long double) 9.89456123e-307l );
TEST_SVSPRINTF( "%+#27.15Le", " +9.89456123000000000e+307",(long double) 9.89456123e+307l );
#else
TEST_SVSPRINTF( "%+#24.14Le", " +7.89456123000000e-4307", (long double) 7.89456123e-4307l );
TEST_SVSPRINTF( "%+#24.14Le", " +7.89456123000000e+4307", (long double) 7.89456123e+4307l );
#endif
TEST_SVSPRINTF( "%+#23.15Le", " +7.894561230000000e+08", (long double) 789456123.0l );
TEST_SVSPRINTF( "%-#23.15Le", "7.894561230000000e+08 ", (long double) 789456123.0l );
TEST_SVSPRINTF( "%#23.15Le", " 7.894561230000000e+08", (long double) 789456123.0l );
TEST_SVSPRINTF( "%#1.1Lg", "8.e+08", (long double) 789456123.0l );
TEST_SVSPRINTF( "%I64d", "-8589934591", (unsigned long long) ((unsigned long long)0xffffffff)*0xffffffff );
TEST_SVSPRINTF( "%+8I64d", " +100", (unsigned long long) 100 );
TEST_SVSPRINTF( "%+.8I64d", "+00000100", (unsigned long long) 100 );
TEST_SVSPRINTF( "%+10.8I64d", " +00000100", (unsigned long long) 100 );
TEST_SVSPRINTF( "%_1I64d", "", (unsigned long long) 100 );
TEST_SVSPRINTF( "%_1lld", "", (unsigned long long) 100 );
TEST_SVSPRINTF( "%-1.5I64d", "-00100", (unsigned long long) -100 );
TEST_SVSPRINTF( "%5I64d", " 100", (unsigned long long) 100 );
TEST_SVSPRINTF( "%5I64d", " -100", (unsigned long long) -100 );
TEST_SVSPRINTF( "%-5I64d", "100 ", (unsigned long long) 100 );
TEST_SVSPRINTF( "%-5I64d", "-100 ", (unsigned long long) -100 );
TEST_SVSPRINTF( "%-.5I64d", "00100", (unsigned long long) 100 );
TEST_SVSPRINTF( "%-.5I64d", "-00100", (unsigned long long) -100 );
TEST_SVSPRINTF( "%-8.5I64d", "00100 ", (unsigned long long) 100 );
TEST_SVSPRINTF( "%-8.5I64d", "-00100 ", (unsigned long long) -100 );
TEST_SVSPRINTF( "%05I64d", "00100", (unsigned long long) 100 );
TEST_SVSPRINTF( "%05I64d", "-0100", (unsigned long long) -100 );
TEST_SVSPRINTF( "% I64d", " 100", (unsigned long long) 100 );
TEST_SVSPRINTF( "% I64d", "-100", (unsigned long long) -100 );
TEST_SVSPRINTF( "% 5I64d", " 100", (unsigned long long) 100 );
TEST_SVSPRINTF( "% 5I64d", " -100", (unsigned long long) -100 );
TEST_SVSPRINTF( "% .5I64d", " 00100", (unsigned long long) 100 );
TEST_SVSPRINTF( "% .5I64d", "-00100", (unsigned long long) -100 );
TEST_SVSPRINTF( "% 8.5I64d", " 00100", (unsigned long long) 100 );
TEST_SVSPRINTF( "% 8.5I64d", " -00100", (unsigned long long) -100 );
TEST_SVSPRINTF( "%.0I64d", "", (unsigned long long) 0 );
TEST_SVSPRINTF( "%.0lld", "", (unsigned long long) 0 );
TEST_SVSPRINTF( "%8.0lld", " ", (unsigned long long) 0 );
TEST_SVSPRINTF( "%08.0lld", " ", (unsigned long long) 0 );
TEST_SVSPRINTF( "%#+21.18I64x", " 0x00ffffffffffffff9c", (unsigned long long) -100 );
TEST_SVSPRINTF( "%#.25I64o", "0001777777777777777777634", (unsigned long long) -100 );
TEST_SVSPRINTF( "%#+24.20I64o", " 01777777777777777777634", (unsigned long long) -100 );
TEST_SVSPRINTF( "%#+18.21I64X", "0X00000FFFFFFFFFFFFFF9C", (unsigned long long) -100 );
TEST_SVSPRINTF( "%#+20.24I64o", "001777777777777777777634", (unsigned long long) -100 );
TEST_SVSPRINTF( "%#+25.22I64u", " 0018446744073709551615", (unsigned long long) -1 );
TEST_SVSPRINTF( "%#+25.22I64u", " 0018446744073709551615", (unsigned long long) -1 );
TEST_SVSPRINTF( "%#+30.25I64u", " 0000018446744073709551615", (unsigned long long) -1 );
TEST_SVSPRINTF( "%+#25.22I64d", " -0000000000000000000001", (unsigned long long) -1 );
TEST_SVSPRINTF( "%#-8.5I64o", "00144 ", (unsigned long long) 100 );
TEST_SVSPRINTF( "%#-+ 08.5I64d", "+00100 ", (unsigned long long) 100 );
TEST_SVSPRINTF( "%.80I64d", "00000000000000000000000000000000000000000000000000000000000000000000000000000001", (unsigned long long) 1 );
TEST_SVSPRINTF( "% .80I64d", " 00000000000000000000000000000000000000000000000000000000000000000000000000000001", (unsigned long long) 1 );
TEST_SVSPRINTF( "% .80d", " 00000000000000000000000000000000000000000000000000000000000000000000000000000001", (int) 1 );
TEST_SVSPRINTF( "%I", "" , (int) 1 );
TEST_SVSPRINTF( "%Iq", "" , (int) 1 );
TEST_SVSPRINTF( "%Ihd", "" , (int) 1 );
TEST_SVSPRINTF( "%I0d", "" , (int) 1 );
TEST_SVSPRINTF( "%I64D", "" , (unsigned long long) -1 );
TEST_SVSPRINTF( "%zx", "1", (size_t) 1 );
TEST_SVSPRINTF( "%zx", sizeof(size_t) > 4 ? "ffffffffffffffff" : "ffffffff", (size_t) -1 );
TEST_SVSPRINTF( "%z", "" , (size_t) 1 );
TEST_SVSPRINTF( "%tx", "1", (ptrdiff_t) 1 );
TEST_SVSPRINTF( "%tx", sizeof(size_t) > 4 ? "8000000000000000" : "80000000", (ptrdiff_t) 1 << (sizeof(ptrdiff_t) * 8 - 1));
TEST_SVSPRINTF( "%t", "" , (ptrdiff_t) 1 );
TEST_SVSPRINTF( "% d", " 1", (int) 1 );
TEST_SVSPRINTF( "%+ d", "+1", (int) 1 );
TEST_SVSPRINTF( "%S", "wide", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%04c", " 1", (int) '1' );
TEST_SVSPRINTF( "%-04c", "1 ", (int) '1' );
TEST_SVSPRINTF( "%#012x", "0x0000000001", (int) 1 );
TEST_SVSPRINTF( "%#012x", "000000000000", (int) 0 );
TEST_SVSPRINTF( "%#04.8x", "0x00000001", (int) 1 );
TEST_SVSPRINTF( "%#04.8x", "00000000", (int) 0 );
TEST_SVSPRINTF( "%#-08.2x", "0x01 ", (int) 1 );
TEST_SVSPRINTF( "%#-08.2x", "00 ", (int) 0 );
TEST_SVSPRINTF( "%#.0x", "0x1", (int) 1 );
TEST_SVSPRINTF( "%#.0x", "", (int) 0 );
TEST_SVSPRINTF( "%#08o", "00000001", (int) 1 );
TEST_SVSPRINTF( "%#o", "01", (int) 1 );
TEST_SVSPRINTF( "%#o", "0", (int) 0 );
TEST_SVSPRINTF( "%04s", " foo", (char *) "foo" );
TEST_SVSPRINTF( "%.1s", "f", (char *) "foo" );
TEST_SVSPRINTF( "%.0s", "", (char *) "foo" );
TEST_SVSPRINTF( "hello", "hello", 0 );
TEST_SVSPRINTF( "%ws", "", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%-10ws", "", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%10ws", "", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%#+ -03whlls", "", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%w0s", "", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%w-s", "", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%ls", "wide", (wchar_t *) L"wide" );
TEST_SVSPRINTF( "%Ls", "", (wchar_t *) "not wide" );
TEST_SVSPRINTF( "%6.4c", " ____", (int) '_' );
TEST_SVSPRINTF( "%-6.4c", "____ ", (int) '_' );
TEST_SVSPRINTF( "%b", "101010", (int) 42 );
TEST_SVSPRINTF( "%#b", "0b101010", (int) 42 );
TEST_SVSPRINTF( "%#B", "0B101010", (int) 42 );
TEST_SVSPRINTF( "%3c", " a", (int) 'a' );
TEST_SVSPRINTF( "%-3c", "a ", (int) 'a' );
TEST_SVSPRINTF( "%3d", "1234", (int) 1234 );
TEST_SVSPRINTF( "%3h", "", 0 );
TEST_SVSPRINTF( "%k%m%q%r%t%v%y%z", "", 0 );
TEST_SVSPRINTF( "%-1d", "2", (int) 2 );
TEST_SVSPRINTF( "%2.4f", "8.6000", (double) 8.6 );
TEST_SVSPRINTF( "%0f", "0.600000", (double) 0.6 );
TEST_SVSPRINTF( "%.0f", "1", (double) 0.6 );
TEST_SVSPRINTF( "%2.4e", "8.6000e+00", (double) 8.6 );
TEST_SVSPRINTF( "% 2.4e", " 8.6000e+00", (double) 8.6 );
TEST_SVSPRINTF( "% 014.4e", " 0008.6000e+00", (double) 8.6 );
TEST_SVSPRINTF( "% 2.4e", "-8.6000e+00", (double) -8.6 );
TEST_SVSPRINTF( "%+2.4e", "+8.6000e+00", (double) 8.6 );
TEST_SVSPRINTF( "%2.4g", "8.6", (double) 8.6 );
TEST_SVSPRINTF( "%2.4Lf", "8.6000", (long double) 8.6 );
TEST_SVSPRINTF( "%0Lf", "0.600000", (long double) 0.6 );
TEST_SVSPRINTF( "%.0Lf", "1", (long double) 0.6 );
TEST_SVSPRINTF( "%2.4Le", "8.6000e+00", (long double) 8.6 );
TEST_SVSPRINTF( "% 2.4Le", " 8.6000e+00", (long double) 8.6 );
TEST_SVSPRINTF( "% 014.4Le", " 0008.6000e+00", (long double) 8.6 );
TEST_SVSPRINTF( "% 2.4Le", "-8.6000e+00", (long double) -8.6 );
TEST_SVSPRINTF( "%+2.4Le", "+8.6000e+00", (long double) 8.6 );
TEST_SVSPRINTF( "%2.4Lg", "8.6", (long double) 8.6 );
TEST_SVSPRINTF( "%-i", "-1", (int) -1 );
TEST_SVSPRINTF( "%-i", "1", (int) 1 );
TEST_SVSPRINTF( "%+i", "+1", (int) 1 );
TEST_SVSPRINTF( "%o", "12", (int) 10 );
TEST_SVSPRINTF( "%s", "<NULL>", (char *) NULL );
TEST_SVSPRINTF( "%s", "%%%%", (char *) "%%%%" );
TEST_SVSPRINTF( "%u", "4294967295", (int) -1 );
TEST_SVSPRINTF( "%u", "2147483648", (unsigned int) 0x80000000 );
TEST_SVSPRINTF( "%d", "-2147483648", (int) 0x80000000 );
TEST_SVSPRINTF( "%w", "", (int) -1 );
TEST_SVSPRINTF( "%h", "", (int) -1 );
TEST_SVSPRINTF( "%j", "", (intmax_t) -1 );
TEST_SVSPRINTF( "%jd", "-1", (intmax_t) -1 );
TEST_SVSPRINTF( "%F", "0.000000", (double) 0 );
TEST_SVSPRINTF( "%N", "", (int) -1 );
TEST_SVSPRINTF( "%H", "", (int) -1 );
TEST_SVSPRINTF( "x%cx", "xXx", (int) 0x100+'X' );
TEST_SVSPRINTF( "%%0", "%0", 0 );
TEST_SVSPRINTF( "%%%%%%%%", "%%%%", 0 );
TEST_SVSPRINTF( "%%%%%d%%%%", "%%42%%", (int) 42 );
TEST_SVSPRINTF( "%hx", "2345", (int) 0x12345 );
TEST_SVSPRINTF( "%hhx", "23", (int) 0x123 );
TEST_SVSPRINTF( "%hhx", "45", (int) 0x12345 );
TEST_SVSPRINTF( "%c", "a", (int) 'a' );
TEST_SVSPRINTF( "%c", "\x82", (int) 0xa082 );
TEST_SVSPRINTF( "%C", "a", (int) 'a' );
TEST_SVSPRINTF( "%C", "\xe3\x81\x82" /*""*/, (int) 0x3042 );
TEST_SVSPRINTF( "%l4c", "\xe3\x81\x82" /*""*/, (int) 0x3042 );
TEST_SVSPRINTF( "%l2c", "\xe3\x81\x82" /*""*/, (int) 0x3042 );
TEST_SVSPRINTF( "a%Cb", "a\xe3\x81\x82" "b", (int) 0x3042 );
TEST_SVSPRINTF( "%lld", "-8589934591", (unsigned long long) ((unsigned long long)0xffffffff)*0xffffffff );
TEST_SVSPRINTF( "%llu", "18446744065119617025", (unsigned long long) ((unsigned long long)0xffffffff)*0xffffffff );
TEST_SVSPRINTF( "%I32d", "1", (int) 1 );
TEST_SVSPRINTF( "%.0f", "-2", (double) -1.5 );
TEST_SVSPRINTF( "%.0f", "-1", (double) -0.5 );
TEST_SVSPRINTF( "%.0f", "1", (double) 0.5 );
TEST_SVSPRINTF( "%.0f", "2", (double) 1.5 );
TEST_SVSPRINTF( "%.3e", "0.000e+00", (double) 0.0 );
TEST_SVSPRINTF( "%.3e", "5.000e+00", (double) 5e-0 );
TEST_SVSPRINTF( "%.3e", "5.000e+00", (double) 5e+0 );
TEST_SVSPRINTF( "%.3e", "5.000e-01", (double) 5e-1 );
TEST_SVSPRINTF( "%.3e", "5.000e+01", (double) 5e+1 );
TEST_SVSPRINTF( "%.3e", "5.000e-02", (double) 5e-2 );
TEST_SVSPRINTF( "%.3e", "5.000e+02", (double) 5e+2 );
TEST_SVSPRINTF( "%.3e", "5.000e-03", (double) 5e-3 );
TEST_SVSPRINTF( "%.3e", "5.000e+03", (double) 5e+3 );
TEST_SVSPRINTF( "%.3e", "9.995e+00", (double) 9.995e-0 );
TEST_SVSPRINTF( "%.3e", "9.995e+00", (double) 9.995e+0 );
TEST_SVSPRINTF( "%.3e", "9.995e-01", (double) 9.995e-1 );
TEST_SVSPRINTF( "%.3e", "9.995e+01", (double) 9.995e+1 );
TEST_SVSPRINTF( "%.3e", "9.995e-02", (double) 9.995e-2 );
TEST_SVSPRINTF( "%.3e", "9.995e+02", (double) 9.995e+2 );
TEST_SVSPRINTF( "%.2e", "1.00e+03", (double) 9.9951e+2 );
TEST_SVSPRINTF( "%.2e", "-1.00e+03", (double) -9.9951e+2 );
TEST_SVSPRINTF( "%.2e", "1.00e-01", (double) 9.9951e-2 );
TEST_SVSPRINTF( "%.2e", "-1.00e-01", (double) -9.9951e-2 );
TEST_SVSPRINTF( "%#.0e", "1.e+03", (double) 9.51e+2 );
TEST_SVSPRINTF( "%#.0e", "-1.e+03", (double) -9.51e+2 );
TEST_SVSPRINTF( "%#.0e", "1.e-01", (double) 9.51e-2 );
TEST_SVSPRINTF( "%#.0e", "-1.e-01", (double) -9.51e-2 );
TEST_SVSPRINTF( "%.3e", "1.000e+00", (double) 1.0 );
TEST_SVSPRINTF( "%.3e", "-1.000e+00", (double) -1.0 );
TEST_SVSPRINTF( "%.3e", "1.000e+01", (double) 1e+1 );
TEST_SVSPRINTF( "%.3e", "-1.000e-01", (double) -1e-1 );
TEST_SVSPRINTF( "%.3e", "-1.000e+01", (double) -1e+1 );
TEST_SVSPRINTF( "%.3e", "1.000e-01", (double) 1e-1 );
TEST_SVSPRINTF( "%.3e", "-1.000e-01", (double) -1e-1 );
TEST_SVSPRINTF( "%.3e", "1.000e+02", (double) 1e+2 );
TEST_SVSPRINTF( "%.3e", "1.000e-02", (double) 1e-2 );
TEST_SVSPRINTF( "%.3e", "1.000e+03", (double) 1e+3 );
TEST_SVSPRINTF( "%.3e", "1.000e-03", (double) 1e-3 );
TEST_SVSPRINTF( "%.3Le", "0.000e+00", (long double) 0.0 );
TEST_SVSPRINTF( "%.3Le", "5.000e+00", (long double) 5e-0 );
TEST_SVSPRINTF( "%.3Le", "5.000e+00", (long double) 5e+0 );
TEST_SVSPRINTF( "%.3Le", "5.000e-01", (long double) 5e-1 );
TEST_SVSPRINTF( "%.3Le", "5.000e+01", (long double) 5e+1 );
TEST_SVSPRINTF( "%.3Le", "5.000e-02", (long double) 5e-2 );
TEST_SVSPRINTF( "%.3Le", "5.000e+02", (long double) 5e+2 );
TEST_SVSPRINTF( "%.3Le", "5.000e-03", (long double) 5e-3 );
TEST_SVSPRINTF( "%.3Le", "5.000e+03", (long double) 5e+3 );
TEST_SVSPRINTF( "%.3Le", "9.995e+00", (long double) 9.995e-0 );
TEST_SVSPRINTF( "%.3Le", "9.995e+00", (long double) 9.995e+0 );
TEST_SVSPRINTF( "%.3Le", "9.995e-01", (long double) 9.995e-1 );
TEST_SVSPRINTF( "%.3Le", "9.995e+01", (long double) 9.995e+1 );
TEST_SVSPRINTF( "%.3Le", "9.995e-02", (long double) 9.995e-2 );
TEST_SVSPRINTF( "%.3Le", "9.995e+02", (long double) 9.995e+2 );
TEST_SVSPRINTF( "%#.0Le", "1.e+03", (long double) 9.51e+2 );
TEST_SVSPRINTF( "%#.0Le", "-1.e+03", (long double) -9.51e+2 );
TEST_SVSPRINTF( "%#.0Le", "1.e-01", (long double) 9.51e-2 );
TEST_SVSPRINTF( "%#.0Le", "-1.e-01", (long double) -9.51e-2 );
TEST_SVSPRINTF( "%.3Le", "1.000e+00", (long double) 1.0 );
TEST_SVSPRINTF( "%.3Le", "-1.000e+00", (long double) -1.0 );
TEST_SVSPRINTF( "%.3Le", "1.000e+01", (long double) 1e+1 );
TEST_SVSPRINTF( "%.3Le", "-1.000e-01", (long double) -1e-1 );
TEST_SVSPRINTF( "%.3Le", "-1.000e+01", (long double) -1e+1 );
TEST_SVSPRINTF( "%.3Le", "1.000e-01", (long double) 1e-1 );
TEST_SVSPRINTF( "%.3Le", "-1.000e-01", (long double) -1e-1 );
TEST_SVSPRINTF( "%.3Le", "1.000e+02", (long double) 1e+2 );
TEST_SVSPRINTF( "%.3Le", "1.000e-02", (long double) 1e-2 );
TEST_SVSPRINTF( "%.3Le", "1.000e+03", (long double) 1e+3 );
TEST_SVSPRINTF( "%.3Le", "1.000e-03", (long double) 1e-3 );
TEST_SVSPRINTF( "%.3a", "-0x1.a37p-10", (double) -1.6e-3 );
TEST_SVSPRINTF( "%.3A", "-0X1.A37P-10", (double) -1.6e-3 );
TEST_SVSPRINTF( "%.3La", "-0x1.a37p-10", (long double) -1.6e-3 );
TEST_SVSPRINTF( "%.3LA", "-0X1.A37P-10", (long double) -1.6e-3 );
TEST_SVSPRINTF( "%5.2e%.0f", " inf3", (double) *(float*) &inf ARG(3.0));
TEST_SVSPRINTF( "%5.2e%.0f", " -inf3", (double) *(float*) &ninf ARG(3.0));
TEST_SVSPRINTF( "%5.2e%.0f", " nan3", (double) *(float*) &nan ARG(3.0));
TEST_SVSPRINTF( "%5.2e%.0f", " -nan3", (double) *(float*) &nnan ARG(3.0));
TEST_SVSPRINTF( "%5.2E%.0f", " INF-3", (double) *(float*) &inf ARG(-3.0));
TEST_SVSPRINTF( "%5.2E%.0f", " -INF-3", (double) *(float*) &ninf ARG(-3.0));
TEST_SVSPRINTF( "%5.2E%.0f", " NAN-3", (double) *(float*) &nan ARG(-3.0));
TEST_SVSPRINTF( "%5.2E%.0f", " -NAN-3", (double) *(float*) &nnan ARG(-3.0));
TEST_SVSPRINTF( "%5.2Le%.0Lf", " inf3", (long double) *(float*) &inf ARG((long double) 3.0));
TEST_SVSPRINTF( "%5.2Le%.0Lf", " -inf3", (long double) *(float*) &ninf ARG((long double) 3.0));
TEST_SVSPRINTF( "%5.2Le%.0Lf", " nan3", (long double) *(float*) &nan ARG((long double) 3.0));
TEST_SVSPRINTF( "%5.2Le%.0Lf", " -nan3", (long double) *(float*) &nnan ARG((long double) 3.0));
TEST_SVSPRINTF( "%5.2LE%.0Lf", " INF-3", (long double) *(float*) &inf ARG((long double) -3.0));
TEST_SVSPRINTF( "%5.2LE%.0Lf", " -INF-3", (long double) *(float*) &ninf ARG((long double) -3.0));
TEST_SVSPRINTF( "%5.2LE%.0Lf", " NAN-3", (long double) *(float*) &nan ARG((long double) -3.0));
TEST_SVSPRINTF( "%5.2LE%.0Lf", " -NAN-3", (long double) *(float*) &nnan ARG((long double) -3.0));
TEST_SVSPRINTF( "%# 01.1g", " 1.e+01", (double) 9.8);
TEST_SVSPRINTF( "%# 01.1Lg", " 1.e+01", (long double) 9.8l);
TEST_SVSPRINTF( "%#.1g", "-4.e+04", (double) -40661.5);
TEST_SVSPRINTF( "%#.1Lg", "-4.e+04", (long double) -40661.5l);
TEST_SVSPRINTF( "%#g", "0.00000", (double) 0.0);
TEST_SVSPRINTF( "%#Lg", "0.00000", (long double) 0.0l);
TEST_SVSPRINTF( "%g", "0", (double) 0.0);
TEST_SVSPRINTF( "%Lg", "0", (long double) 0.0l);
TEST_SVSPRINTF("%+5.10r2E %+10.10r2e %+10.10r7e %+10.10r4e %+10.0e %+10.0e ", "+1.1111001101E+01 +1.0001101111e-1111111001 +1.6250223006e+1030 +2.3300320211e+32 +8e-01 +2e-308 ",
(double) 3.9 ARG(7.89456123e-307) ARG(7.89456123e+307) ARG(789456123.0) ARG(0.789456123) ARG(DBL_MIN));
TEST_SVSPRINTF("%+5.10r2LE %+10.10r2Le %+10.10r7Le %+10.10r4Le %+10.0Le %+10.0Le ", "+1.1111001101E+01 +1.0001101111e-1111111001 +1.6250223006e+1030 +2.3300320211e+32 +8e-01 +2e-308 ",
(long double) 3.9 ARG((long double) 7.89456123e-307) ARG((long double) 7.89456123e+307) ARG((long double) 789456123.0) ARG((long double) 0.789456123) ARG((long double) DBL_MIN));
TEST_SVSPRINTF("%+5.10r*E %+10.10r*e %+10.10r*e %+10.10r*e %+10.0e %+10.0e ", "+1.1111001101E+01 +1.0001101111e-1111111001 +1.6250223006e+1030 +2.3300320211e+32 +8e-01 +2e-308 ",
(int) 2 ARG(3.9) ARG((int) 2) ARG(7.89456123e-307) ARG((int) 7) ARG(7.89456123e+307) ARG((int) 4) ARG(789456123.0) ARG(0.789456123) ARG(DBL_MIN));
TEST_SVSPRINTF("%+5.10r*LE %+10.10r*Le %+10.10r*Le %+10.10r*Le %+10.0Le %+10.0Le ", "+1.1111001101E+01 +1.0001101111e-1111111001 +1.6250223006e+1030 +2.3300320211e+32 +8e-01 +2e-308 ",
(int) 2 ARG((long double) 3.9) ARG((int) 2) ARG((long double) 7.89456123e-307) ARG((int) 7) ARG((long double) 7.89456123e+307) ARG((int) 4) ARG((long double) 789456123.0) ARG((long double) 0.789456123) ARG((long double) DBL_MIN));
TEST_SVSPRINTF( "%r0I16d", "100", (int16_t) 100 );
TEST_SVSPRINTF( "%r1I16d", "64", (int16_t) 100 );
TEST_SVSPRINTF( "%r*I16d", "-1000", (int) 5 ARG((int16_t) -125));
TEST_SVSPRINTF( "%r0I32d", "100", (int32_t) 100 );
TEST_SVSPRINTF( "%r1I32d", "64", (int32_t) 100 );
TEST_SVSPRINTF( "%r*I32d", "-1000", (int) 5 ARG((int32_t) -125));
TEST_SVSPRINTF( "%r0I64d", "100", (int64_t) 100 );
TEST_SVSPRINTF( "%r1I64d", "64", (int64_t) 100 );
TEST_SVSPRINTF( "%r*I64d", "-1000", (int) 5 ARG((int64_t) -125));
TEST_SVSPRINTF( "%r0I16u", "100", (uint16_t) 100 );
TEST_SVSPRINTF( "%r1I16u", "64", (uint16_t) 100 );
TEST_SVSPRINTF( "%r*I16u", "1000", (int) 5 ARG((uint16_t) 125));
TEST_SVSPRINTF( "%r0I32u", "100", (uint32_t) 100 );
TEST_SVSPRINTF( "%r1I32u", "64", (uint32_t) 100 );
TEST_SVSPRINTF( "%r*I32u", "1000", (int) 5 ARG((uint32_t) 125));
TEST_SVSPRINTF( "%r0I64u", "100", (int64_t) 100 );
TEST_SVSPRINTF( "%r1I64u", "64", (int64_t) 100 );
TEST_SVSPRINTF( "%r*I64u", "1000", (int) 5 ARG((uint64_t) 125));
TEST_SVSPRINTF( "%r0d", "100", (int) 100 );
TEST_SVSPRINTF( "%r1d", "64", (int) 100 );
TEST_SVSPRINTF( "%r*d", "-1000", (int) 5 ARG((int) -125));
TEST_SVSPRINTF( "%r0u", "100", (unsigned int) 100 );
TEST_SVSPRINTF( "%r1u", "64", (unsigned int) 100 );
TEST_SVSPRINTF( "%r*u" , "1000", (int) 5 ARG((unsigned int) 125));
TEST_SVSPRINTF( "%r0ld", "100", (long) 100 );
TEST_SVSPRINTF( "%r1ld", "64", (long) 100 );
TEST_SVSPRINTF( "%r*ld", "-1000", (int) 5 ARG((long) -125));
TEST_SVSPRINTF( "%r0lu", "100", (unsigned long) 100 );
TEST_SVSPRINTF( "%r1lu", "64", (unsigned long) 100 );
TEST_SVSPRINTF( "%r*lu", "1000", (int) 5 ARG((unsigned long) 125));
TEST_SVSPRINTF( "%r0lld", "100", (long long) 100 );
TEST_SVSPRINTF( "%r1lld", "64", (long long) 100 );
TEST_SVSPRINTF( "%r*lld", "-1000", (int) 5 ARG((long long) -125));
TEST_SVSPRINTF( "%r0llu", "100", (unsigned long long) 100 );
TEST_SVSPRINTF( "%r1llu", "64", (unsigned long long) 100 );
TEST_SVSPRINTF( "%r*llu", "1000", (int) 5 ARG((unsigned long long) 125));
TEST_SVSPRINTF( "%r0l1u", "100", (uint8_t) 100 );
TEST_SVSPRINTF( "%r1l1u", "64", (uint8_t) 100 );
TEST_SVSPRINTF( "%r*l1u", "1000", (int) 5 ARG((uint8_t) 125));
TEST_SVSPRINTF( "%r0l1d", "100", (int8_t) 100 );
TEST_SVSPRINTF( "%r1l1d", "64", (int8_t) 100 );
TEST_SVSPRINTF( "%r*l1d", "-1000", (int) 5 ARG((int8_t) -125));
TEST_SVSPRINTF( "%r0l2u", "100", (uint16_t) 100 );
TEST_SVSPRINTF( "%r1l2u", "64", (uint16_t) 100 );
TEST_SVSPRINTF( "%r*l2u", "1000", (int) 5 ARG((uint16_t) 125));
TEST_SVSPRINTF( "%r0l2d", "100", (int16_t) 100 );
TEST_SVSPRINTF( "%r1l2d", "64", (int16_t) 100 );
TEST_SVSPRINTF( "%r*l2d", "-1000", (int) 5 ARG((int16_t) -125));
TEST_SVSPRINTF( "%r0l4u", "100", (uint32_t) 100 );
TEST_SVSPRINTF( "%r1l4u", "64", (uint32_t) 100 );
TEST_SVSPRINTF( "%r*l4u", "1000", (int) 5 ARG((uint32_t) 125));
TEST_SVSPRINTF( "%r0l4d", "100", (int32_t) 100 );
TEST_SVSPRINTF( "%r1l4d", "64", (int32_t) 100 );
TEST_SVSPRINTF( "%r*l4d", "-1000", (int) 5 ARG((int32_t) -125));
TEST_SVSPRINTF( "%r0l8u", "100", (uint64_t) 100 );
TEST_SVSPRINTF( "%r1l8u", "64", (uint64_t) 100 );
TEST_SVSPRINTF( "%r*l8u", "1000", (int) 5 ARG((uint64_t) 125));
TEST_SVSPRINTF( "%r0l8d", "100", (int64_t) 100 );
TEST_SVSPRINTF( "%r1l8d", "64", (int64_t) 100 );
TEST_SVSPRINTF( "%r*l8d", "-1000", (int) 5 ARG((int64_t) -125));
return (bRet);
} /* test_ssprintf() */
/* ------------------------------------------------------------------------- *\
main function
\* ------------------------------------------------------------------------- */
int main(int argc, char * argv[])
{
int iRet = 1;
if(!test_ssprintf())
goto Exit;
iRet = 0;
Exit:;
if(!iRet)
printf("All tests passed!\n");
else
printf("Tests failed!\n");
return (iRet);
}/* main() */
/* ========================================================================= *\
END OF FILE
\* ========================================================================= */