/* See LICENSE file for copyright and license details. */ #include "libsimple.h" #ifndef TEST #else #include "test.h" static int test_timespec(double d, time_t sec, long int nsec, double rd, const char *s, const char *ss) { char buf[1000], *str; struct timespec t; double dt; libsimple_doubletotimespec(&t, d); subassert(t.tv_sec == sec); subassert(t.tv_nsec == nsec); dt = libsimple_timespectodouble(&t); subassert(dt >= rd - 0.0000000001); subassert(dt <= rd + 0.0000000001); str = libsimple_timespectostr(buf, &t); subassert(str == buf); subassert(!strcmp(str, s)); subassert((str = libsimple_timespectostr(NULL, &t))); subassert(!strcmp(str, s)); strcpy(buf, str); free(str); str = libsimple_minimise_number_string(buf); subassert(str == buf); subassert(!strcmp(str, ss)); return 1; } static int test_timeval(double d, time_t sec, long int usec, double rd, const char *s, const char *ss) { char buf[1000], *str; struct timeval t; double dt; libsimple_doubletotimeval(&t, d); subassert(t.tv_sec == sec); subassert(t.tv_usec == usec); dt = libsimple_timevaltodouble(&t); subassert(dt >= rd - 0.0000001); subassert(dt <= rd + 0.0000001); str = libsimple_timevaltostr(buf, &t); subassert(str == buf); subassert(!strcmp(str, s)); str = libsimple_timevaltostr(NULL, &t); subassert(str); subassert(!strcmp(str, s)); strcpy(buf, str); free(str); str = libsimple_minimise_number_string(buf); subassert(str == buf); subassert(!strcmp(str, ss)); return 1; } #ifdef libsimple_vasprintfa static int test_vasprintfa(const char *expected, const char *format, ...) { char *s; va_list ap; va_start(ap, format); s = libsimple_vasprintfa(format, ap); subassert(s); subassert(!strcmp(s, expected)); va_end(ap); return 1; } #endif int main(void) { struct allocinfo *volatile info; void *ptr; struct timespec ts, ts1, ts2; struct timeval tv1, tv2; const char *cs; const wchar_t *cws; char buf[1024], *s; wchar_t *ws; int intarray[10]; size_t i, j, n; DEFINE_PAGESIZE; DEFINE_CACHELINE; assert(libsimple_default_failure_exit == 1); assert(MIN(1, 3) == 1); assert(MIN(1, 1) == 1); assert(MIN(3, 1) == 1); assert(MIN(1, -3) == -3); assert(MIN(1, -1) == -1); assert(MIN(3, -1) == -1); assert(MIN(-1, 3) == -1); assert(MIN(-1, 1) == -1); assert(MIN(-3, 1) == -3); assert(MIN(-1, -3) == -3); assert(MIN(-1, -1) == -1); assert(MIN(-3, -1) == -3); assert(MAX(1, 3) == 3); assert(MAX(1, 1) == 1); assert(MAX(3, 1) == 3); assert(MAX(1, -3) == 1); assert(MAX(1, -1) == 1); assert(MAX(3, -1) == 3); assert(MAX(-1, 3) == 3); assert(MAX(-1, 1) == 1); assert(MAX(-3, 1) == 1); assert(MAX(-1, -3) == -1); assert(MAX(-1, -1) == -1); assert(MAX(-3, -1) == -1); assert(MIN3(1, 2, 3) == 1); assert(MIN3(1, 3, 2) == 1); assert(MIN3(2, 1, 3) == 1); assert(MIN3(2, 3, 1) == 1); assert(MIN3(3, 1, 2) == 1); assert(MIN3(3, 2, 1) == 1); assert(MIN3(1, 2, -3) == -3); assert(MIN3(1, 3, -2) == -2); assert(MIN3(2, 1, -3) == -3); assert(MIN3(2, 3, -1) == -1); assert(MIN3(3, 1, -2) == -2); assert(MIN3(3, 2, -1) == -1); assert(MIN3(1, -2, 3) == -2); assert(MIN3(1, -3, 2) == -3); assert(MIN3(2, -1, 3) == -1); assert(MIN3(2, -3, 1) == -3); assert(MIN3(3, -1, 2) == -1); assert(MIN3(3, -2, 1) == -2); assert(MIN3(1, -2, -3) == -3); assert(MIN3(1, -3, -2) == -3); assert(MIN3(2, -1, -3) == -3); assert(MIN3(2, -3, -1) == -3); assert(MIN3(3, -1, -2) == -2); assert(MIN3(3, -2, -1) == -2); assert(MIN3(-1, 2, 3) == -1); assert(MIN3(-1, 3, 2) == -1); assert(MIN3(-2, 1, 3) == -2); assert(MIN3(-2, 3, 1) == -2); assert(MIN3(-3, 1, 2) == -3); assert(MIN3(-3, 2, 1) == -3); assert(MIN3(-1, 2, -3) == -3); assert(MIN3(-1, 3, -2) == -2); assert(MIN3(-2, 1, -3) == -3); assert(MIN3(-2, 3, -1) == -2); assert(MIN3(-3, 1, -2) == -3); assert(MIN3(-3, 2, -1) == -3); assert(MIN3(-1, -2, 3) == -2); assert(MIN3(-1, -3, 2) == -3); assert(MIN3(-2, -1, 3) == -2); assert(MIN3(-2, -3, 1) == -3); assert(MIN3(-3, -1, 2) == -3); assert(MIN3(-3, -2, 1) == -3); assert(MIN3(-1, -2, -3) == -3); assert(MIN3(-1, -3, -2) == -3); assert(MIN3(-2, -1, -3) == -3); assert(MIN3(-2, -3, -1) == -3); assert(MIN3(-3, -1, -2) == -3); assert(MIN3(-3, -2, -1) == -3); assert(MAX3(1, 2, 3) == 3); assert(MAX3(1, 3, 2) == 3); assert(MAX3(2, 1, 3) == 3); assert(MAX3(2, 3, 1) == 3); assert(MAX3(3, 1, 2) == 3); assert(MAX3(3, 2, 1) == 3); assert(MAX3(1, 2, -3) == 2); assert(MAX3(1, 3, -2) == 3); assert(MAX3(2, 1, -3) == 2); assert(MAX3(2, 3, -1) == 3); assert(MAX3(3, 1, -2) == 3); assert(MAX3(3, 2, -1) == 3); assert(MAX3(1, -2, 3) == 3); assert(MAX3(1, -3, 2) == 2); assert(MAX3(2, -1, 3) == 3); assert(MAX3(2, -3, 1) == 2); assert(MAX3(3, -1, 2) == 3); assert(MAX3(3, -2, 1) == 3); assert(MAX3(1, -2, -3) == 1); assert(MAX3(1, -3, -2) == 1); assert(MAX3(2, -1, -3) == 2); assert(MAX3(2, -3, -1) == 2); assert(MAX3(3, -1, -2) == 3); assert(MAX3(3, -2, -1) == 3); assert(MAX3(-1, 2, 3) == 3); assert(MAX3(-1, 3, 2) == 3); assert(MAX3(-2, 1, 3) == 3); assert(MAX3(-2, 3, 1) == 3); assert(MAX3(-3, 1, 2) == 2); assert(MAX3(-3, 2, 1) == 2); assert(MAX3(-1, 2, -3) == 2); assert(MAX3(-1, 3, -2) == 3); assert(MAX3(-2, 1, -3) == 1); assert(MAX3(-2, 3, -1) == 3); assert(MAX3(-3, 1, -2) == 1); assert(MAX3(-3, 2, -1) == 2); assert(MAX3(-1, -2, 3) == 3); assert(MAX3(-1, -3, 2) == 2); assert(MAX3(-2, -1, 3) == 3); assert(MAX3(-2, -3, 1) == 1); assert(MAX3(-3, -1, 2) == 2); assert(MAX3(-3, -2, 1) == 1); assert(MAX3(-1, -2, -3) == -1); assert(MAX3(-1, -3, -2) == -1); assert(MAX3(-2, -1, -3) == -1); assert(MAX3(-2, -3, -1) == -1); assert(MAX3(-3, -1, -2) == -1); assert(MAX3(-3, -2, -1) == -1); assert(ELEMSOF((char [1]){}) == 1); assert(ELEMSOF((char [2]){}) == 2); assert(ELEMSOF((char [3]){}) == 3); assert(ELEMSOF((short int [3]){}) == 3); assert(ELEMSOF((int [3]){}) == 3); assert(ELEMSOF((long int [3]){}) == 3); assert(ELEMSOF((float [3]){}) == 3); assert(ELEMSOF((double [3]){}) == 3); assert(STRLEN("") == 0); assert(STRLEN("a") == 1); assert(STRLEN("aa") == 2); assert(STRLEN("abc") == 3); assert(STRLEN("a\0bc") == 4); assert(STRLEN("\0\0\0\0\0") == 5); #if defined(__GNUC__) && !defined(__clang__) # pragma GCC diagnostic push # pragma GCC diagnostic ignored "-Wtype-limits" #endif assert(INTSTRLEN(int8_t) == 4); assert(INTSTRLEN(uint8_t) == 3); assert(INTSTRLEN(int16_t) == 6); assert(INTSTRLEN(uint16_t) == 5); assert(INTSTRLEN(int32_t) == 11); assert(INTSTRLEN(uint32_t) == 10); assert(INTSTRLEN(int64_t) == 20 || INTSTRLEN(int64_t) == 21); assert(INTSTRLEN(uint64_t) == 20); #if defined(__GNUC__) && !defined(__clang__) # pragma GCC diagnostic pop #endif assert(TYPE_MAX(int8_t) == INT8_MAX); assert(TYPE_MAX(uint8_t) == UINT8_MAX); assert(TYPE_MAX(int16_t) == INT16_MAX); assert(TYPE_MAX(uint16_t) == UINT16_MAX); assert(TYPE_MAX(int32_t) == INT32_MAX); assert(TYPE_MAX(uint32_t) == UINT32_MAX); assert(TYPE_MAX(int64_t) == INT64_MAX); assert(TYPE_MAX(uint64_t) == UINT64_MAX); assert(TYPE_MIN(int8_t) == INT8_MIN); assert(TYPE_MIN(uint8_t) == 0); assert(TYPE_MIN(int16_t) == INT16_MIN); assert(TYPE_MIN(uint16_t) == 0); assert(TYPE_MIN(int32_t) == INT32_MIN); assert(TYPE_MIN(uint32_t) == 0); assert(TYPE_MIN(int64_t) == INT64_MIN); assert(TYPE_MIN(uint64_t) == 0); assert(strcmpnul(libsimple_strend("abc\0xyz"), "xyz")); assert(libsimple_inchrset('a', "xyz") == 0); assert(libsimple_inchrset('b', "xyz") == 0); assert(libsimple_inchrset('c', "xyz") == 0); assert(libsimple_inchrset('x', "xyz") == 1); assert(libsimple_inchrset('y', "xyz") == 1); assert(libsimple_inchrset('z', "xyz") == 1); assert(libsimple_inchrset('\0', "xyz") == 0); stpcpy(buf, "abcxyz"); assert(libsimple_mempcpy(buf, "123", 3) == &buf[3]); assert(!strcmpnul(buf, "123xyz")); assert(libsimple_streq("abc", "abc") == 1); assert(libsimple_streq("abc", "ab") == 0); assert(libsimple_streq("ab", "abc") == 0); assert(libsimple_streq("ab", "xy") == 0); assert(libsimple_streq("xy", "ab") == 0); assert(libsimple_streq("", "1") == 0); assert(libsimple_streq("1", "") == 0); assert(libsimple_streq("", "") == 1); assert(libsimple_streq("abc", "ABC") == 0); assert(libsimple_streq("ABC", "abc") == 0); assert(libsimple_strneq("abc", "abc", 5) == 1); assert(libsimple_strneq("abc", "ab", 5) == 0); assert(libsimple_strneq("ab", "abc", 5) == 0); assert(libsimple_strneq("ab", "xy", 5) == 0); assert(libsimple_strneq("xy", "ab", 5) == 0); assert(libsimple_strneq("", "1", 5) == 0); assert(libsimple_strneq("1", "", 5) == 0); assert(libsimple_strneq("", "", 5) == 1); assert(libsimple_strneq("abc", "ABC", 5) == 0); assert(libsimple_strneq("ABC", "abc", 5) == 0); assert(libsimple_strneq("abc", "abc", 1) == 1); assert(libsimple_strneq("abc", "ab", 1) == 1); assert(libsimple_strneq("ab", "abc", 1) == 1); assert(libsimple_strneq("ab", "xy", 1) == 0); assert(libsimple_strneq("xy", "ab", 1) == 0); assert(libsimple_strneq("", "1", 1) == 0); assert(libsimple_strneq("1", "", 1) == 0); assert(libsimple_strneq("", "", 1) == 1); assert(libsimple_strneq("abc", "ABC", 1) == 0); assert(libsimple_strneq("ABC", "abc", 1) == 0); assert(libsimple_strneq("abc", "abc", 0) == 1); assert(libsimple_strneq("abc", "ab", 0) == 1); assert(libsimple_strneq("ab", "abc", 0) == 1); assert(libsimple_strneq("ab", "xy", 0) == 1); assert(libsimple_strneq("xy", "ab", 0) == 1); assert(libsimple_strneq("", "1", 0) == 1); assert(libsimple_strneq("1", "", 0) == 1); assert(libsimple_strneq("", "", 0) == 1); assert(libsimple_strneq("abc", "ABC", 0) == 1); assert(libsimple_strneq("ABC", "abc", 0) == 1); assert(libsimple_streqnul("abc", "abc") == 1); assert(libsimple_streqnul("abc", "ab") == 0); assert(libsimple_streqnul("ab", "abc") == 0); assert(libsimple_streqnul("ab", "xy") == 0); assert(libsimple_streqnul("xy", "ab") == 0); assert(libsimple_streqnul("", "1") == 0); assert(libsimple_streqnul("1", "") == 0); assert(libsimple_streqnul("", "") == 1); assert(libsimple_streqnul("abc", "ABC") == 0); assert(libsimple_streqnul("ABC", "abc") == 0); assert(libsimple_streqnul("", NULL) == 0); assert(libsimple_streqnul("1", NULL) == 0); assert(libsimple_streqnul(NULL, "") == 0); assert(libsimple_streqnul(NULL, "1") == 0); assert(libsimple_streqnul(NULL, NULL) == 1); assert(libsimple_strneqnul("abc", "abc", 5) == 1); assert(libsimple_strneqnul("abc", "ab", 5) == 0); assert(libsimple_strneqnul("ab", "abc", 5) == 0); assert(libsimple_strneqnul("ab", "xy", 5) == 0); assert(libsimple_strneqnul("xy", "ab", 5) == 0); assert(libsimple_strneqnul("", "1", 5) == 0); assert(libsimple_strneqnul("1", "", 5) == 0); assert(libsimple_strneqnul("", "", 5) == 1); assert(libsimple_strneqnul("abc", "ABC", 5) == 0); assert(libsimple_strneqnul("ABC", "abc", 5) == 0); assert(libsimple_strneqnul("", NULL, 5) == 0); assert(libsimple_strneqnul("1", NULL, 5) == 0); assert(libsimple_strneqnul(NULL, "", 5) == 0); assert(libsimple_strneqnul(NULL, "1", 5) == 0); assert(libsimple_strneqnul(NULL, NULL, 5) == 1); assert(libsimple_strneqnul("abc", "abc", 1) == 1); assert(libsimple_strneqnul("abc", "ab", 1) == 1); assert(libsimple_strneqnul("ab", "abc", 1) == 1); assert(libsimple_strneqnul("ab", "xy", 1) == 0); assert(libsimple_strneqnul("xy", "ab", 1) == 0); assert(libsimple_strneqnul("", "1", 1) == 0); assert(libsimple_strneqnul("1", "", 1) == 0); assert(libsimple_strneqnul("", "", 1) == 1); assert(libsimple_strneqnul("abc", "ABC", 1) == 0); assert(libsimple_strneqnul("ABC", "abc", 1) == 0); assert(libsimple_strneqnul("", NULL, 1) == 0); assert(libsimple_strneqnul("1", NULL, 1) == 0); assert(libsimple_strneqnul(NULL, "", 1) == 0); assert(libsimple_strneqnul(NULL, "1", 1) == 0); assert(libsimple_strneqnul(NULL, NULL, 1) == 1); assert(libsimple_strneqnul("abc", "abc", 0) == 1); assert(libsimple_strneqnul("abc", "ab", 0) == 1); assert(libsimple_strneqnul("ab", "abc", 0) == 1); assert(libsimple_strneqnul("ab", "xy", 0) == 1); assert(libsimple_strneqnul("xy", "ab", 0) == 1); assert(libsimple_strneqnul("", "1", 0) == 1); assert(libsimple_strneqnul("1", "", 0) == 1); assert(libsimple_strneqnul("", "", 0) == 1); assert(libsimple_strneqnul("abc", "ABC", 0) == 1); assert(libsimple_strneqnul("ABC", "abc", 0) == 1); assert(libsimple_strneqnul("", NULL, 0) == 0); assert(libsimple_strneqnul("1", NULL, 0) == 0); assert(libsimple_strneqnul(NULL, "", 0) == 0); assert(libsimple_strneqnul(NULL, "1", 0) == 0); assert(libsimple_strneqnul(NULL, NULL, 0) == 1); assert(libsimple_strcaseeq("abc", "abc") == 1); assert(libsimple_strcaseeq("abc", "ab") == 0); assert(libsimple_strcaseeq("ab", "abc") == 0); assert(libsimple_strcaseeq("ab", "xy") == 0); assert(libsimple_strcaseeq("xy", "ab") == 0); assert(libsimple_strcaseeq("", "1") == 0); assert(libsimple_strcaseeq("1", "") == 0); assert(libsimple_strcaseeq("", "") == 1); assert(libsimple_strcaseeq("abc", "ABC") == 1); assert(libsimple_strcaseeq("ABC", "abc") == 1); assert(libsimple_strncaseeq("abc", "abc", 5) == 1); assert(libsimple_strncaseeq("abc", "ab", 5) == 0); assert(libsimple_strncaseeq("ab", "abc", 5) == 0); assert(libsimple_strncaseeq("ab", "xy", 5) == 0); assert(libsimple_strncaseeq("xy", "ab", 5) == 0); assert(libsimple_strncaseeq("", "1", 5) == 0); assert(libsimple_strncaseeq("1", "", 5) == 0); assert(libsimple_strncaseeq("", "", 5) == 1); assert(libsimple_strncaseeq("abc", "ABC", 5) == 1); assert(libsimple_strncaseeq("ABC", "abc", 5) == 1); assert(libsimple_strncaseeq("abc", "abc", 1) == 1); assert(libsimple_strncaseeq("abc", "ab", 1) == 1); assert(libsimple_strncaseeq("ab", "abc", 1) == 1); assert(libsimple_strncaseeq("ab", "xy", 1) == 0); assert(libsimple_strncaseeq("xy", "ab", 1) == 0); assert(libsimple_strncaseeq("", "1", 1) == 0); assert(libsimple_strncaseeq("1", "", 1) == 0); assert(libsimple_strncaseeq("", "", 1) == 1); assert(libsimple_strncaseeq("abc", "ABC", 1) == 1); assert(libsimple_strncaseeq("ABC", "abc", 1) == 1); assert(libsimple_strncaseeq("abc", "abc", 0) == 1); assert(libsimple_strncaseeq("abc", "ab", 0) == 1); assert(libsimple_strncaseeq("ab", "abc", 0) == 1); assert(libsimple_strncaseeq("ab", "xy", 0) == 1); assert(libsimple_strncaseeq("xy", "ab", 0) == 1); assert(libsimple_strncaseeq("", "1", 0) == 1); assert(libsimple_strncaseeq("1", "", 0) == 1); assert(libsimple_strncaseeq("", "", 0) == 1); assert(libsimple_strncaseeq("abc", "ABC", 0) == 1); assert(libsimple_strncaseeq("ABC", "abc", 0) == 1); assert(libsimple_strcaseeqnul("abc", "abc") == 1); assert(libsimple_strcaseeqnul("abc", "ab") == 0); assert(libsimple_strcaseeqnul("ab", "abc") == 0); assert(libsimple_strcaseeqnul("ab", "xy") == 0); assert(libsimple_strcaseeqnul("xy", "ab") == 0); assert(libsimple_strcaseeqnul("", "1") == 0); assert(libsimple_strcaseeqnul("1", "") == 0); assert(libsimple_strcaseeqnul("", "") == 1); assert(libsimple_strcaseeqnul("abc", "ABC") == 1); assert(libsimple_strcaseeqnul("ABC", "abc") == 1); assert(libsimple_strcaseeqnul("", NULL) == 0); assert(libsimple_strcaseeqnul("1", NULL) == 0); assert(libsimple_strcaseeqnul(NULL, "") == 0); assert(libsimple_strcaseeqnul(NULL, "1") == 0); assert(libsimple_strcaseeqnul(NULL, NULL) == 1); assert(libsimple_strncaseeqnul("abc", "abc", 5) == 1); assert(libsimple_strncaseeqnul("abc", "ab", 5) == 0); assert(libsimple_strncaseeqnul("ab", "abc", 5) == 0); assert(libsimple_strncaseeqnul("ab", "xy", 5) == 0); assert(libsimple_strncaseeqnul("xy", "ab", 5) == 0); assert(libsimple_strncaseeqnul("", "1", 5) == 0); assert(libsimple_strncaseeqnul("1", "", 5) == 0); assert(libsimple_strncaseeqnul("", "", 5) == 1); assert(libsimple_strncaseeqnul("abc", "ABC", 5) == 1); assert(libsimple_strncaseeqnul("ABC", "abc", 5) == 1); assert(libsimple_strncaseeqnul("", NULL, 5) == 0); assert(libsimple_strncaseeqnul("1", NULL, 5) == 0); assert(libsimple_strncaseeqnul(NULL, "", 5) == 0); assert(libsimple_strncaseeqnul(NULL, "1", 5) == 0); assert(libsimple_strncaseeqnul(NULL, NULL, 5) == 1); assert(libsimple_strncaseeqnul("abc", "abc", 1) == 1); assert(libsimple_strncaseeqnul("abc", "ab", 1) == 1); assert(libsimple_strncaseeqnul("ab", "abc", 1) == 1); assert(libsimple_strncaseeqnul("ab", "xy", 1) == 0); assert(libsimple_strncaseeqnul("xy", "ab", 1) == 0); assert(libsimple_strncaseeqnul("", "1", 1) == 0); assert(libsimple_strncaseeqnul("1", "", 1) == 0); assert(libsimple_strncaseeqnul("", "", 1) == 1); assert(libsimple_strncaseeqnul("abc", "ABC", 1) == 1); assert(libsimple_strncaseeqnul("ABC", "abc", 1) == 1); assert(libsimple_strncaseeqnul("", NULL, 1) == 0); assert(libsimple_strncaseeqnul("1", NULL, 1) == 0); assert(libsimple_strncaseeqnul(NULL, "", 1) == 0); assert(libsimple_strncaseeqnul(NULL, "1", 1) == 0); assert(libsimple_strncaseeqnul(NULL, NULL, 1) == 1); assert(libsimple_strncaseeqnul("abc", "abc", 0) == 1); assert(libsimple_strncaseeqnul("abc", "ab", 0) == 1); assert(libsimple_strncaseeqnul("ab", "abc", 0) == 1); assert(libsimple_strncaseeqnul("ab", "xy", 0) == 1); assert(libsimple_strncaseeqnul("xy", "ab", 0) == 1); assert(libsimple_strncaseeqnul("", "1", 0) == 1); assert(libsimple_strncaseeqnul("1", "", 0) == 1); assert(libsimple_strncaseeqnul("", "", 0) == 1); assert(libsimple_strncaseeqnul("abc", "ABC", 0) == 1); assert(libsimple_strncaseeqnul("ABC", "abc", 0) == 1); assert(libsimple_strncaseeqnul("", NULL, 0) == 0); assert(libsimple_strncaseeqnul("1", NULL, 0) == 0); assert(libsimple_strncaseeqnul(NULL, "", 0) == 0); assert(libsimple_strncaseeqnul(NULL, "1", 0) == 0); assert(libsimple_strncaseeqnul(NULL, NULL, 0) == 1); for (i = 0, n = 10; i < n; i++) buf[i] = i; LIBSIMPLE_UNLIST(buf, 4, &n); LIBSIMPLE_UNLIST(buf, 9 - 1, &n); LIBSIMPLE_UNLIST(buf, 6 - 1, &n); assert(n == 7); assert(buf[0] == 0); assert(buf[1] == 1); assert(buf[2] == 2); assert(buf[3] == 3); assert(buf[4] == 5); assert(buf[5] == 7); assert(buf[6] == 8); for (i = 0, n = 10; i < n; i++) intarray[i] = i; LIBSIMPLE_UNLIST(intarray, 4, &n); LIBSIMPLE_UNLIST(intarray, 9 - 1, &n); LIBSIMPLE_UNLIST(intarray, 6 - 1, &n); assert(n == 7); assert(intarray[0] == 0); assert(intarray[1] == 1); assert(intarray[2] == 2); assert(intarray[3] == 3); assert(intarray[4] == 5); assert(intarray[5] == 7); assert(intarray[6] == 8); assert(libsimple_strcmpnul(NULL, NULL) == 0); assert(libsimple_strcmpnul(NULL, "") < 0); assert(libsimple_strcmpnul("", NULL) > 0); assert(libsimple_strcmpnul("", "") == 0); assert(libsimple_strcmpnul(NULL, "x") < 0); assert(libsimple_strcmpnul("x", NULL) > 0); assert(libsimple_strcmpnul("x", "x") == 0); assert(libsimple_strcmpnul("a", "b") < 0); assert(libsimple_strcmpnul("b", "a") > 0); assert(libsimple_strcmpnul("aa", "ab") < 0); assert(libsimple_strcmpnul("ab", "aa") > 0); assert(libsimple_strcmpnul("aa", "aa") == 0); assert(libsimple_strcmpnul("A", "a") < 0); assert(libsimple_strcmpnul("a", "A") > 0); assert(libsimple_strcmpnul("AA", "Aa") < 0); assert(libsimple_strcmpnul("Aa", "AA") > 0); assert(libsimple_strcmpnul("AA", "AA") == 0); assert(libsimple_strcasecmpnul(NULL, NULL) == 0); assert(libsimple_strcasecmpnul(NULL, "") < 0); assert(libsimple_strcasecmpnul("", NULL) > 0); assert(libsimple_strcasecmpnul("", "") == 0); assert(libsimple_strcasecmpnul(NULL, "x") < 0); assert(libsimple_strcasecmpnul("x", NULL) > 0); assert(libsimple_strcasecmpnul("x", "x") == 0); assert(libsimple_strcasecmpnul("a", "b") < 0); assert(libsimple_strcasecmpnul("b", "a") > 0); assert(libsimple_strcasecmpnul("aa", "ab") < 0); assert(libsimple_strcasecmpnul("ab", "aa") > 0); assert(libsimple_strcasecmpnul("aa", "aa") == 0); assert(libsimple_strcasecmpnul("A", "a") == 0); assert(libsimple_strcasecmpnul("a", "A") == 0); assert(libsimple_strcasecmpnul("AA", "Aa") == 0); assert(libsimple_strcasecmpnul("Aa", "AA") == 0); assert(libsimple_strcasecmpnul("AA", "AA") == 0); assert(libsimple_strncmpnul(NULL, NULL, 5) == 0); assert(libsimple_strncmpnul(NULL, "", 5) < 0); assert(libsimple_strncmpnul("", NULL, 5) > 0); assert(libsimple_strncmpnul("", "", 5) == 0); assert(libsimple_strncmpnul(NULL, "x", 5) < 0); assert(libsimple_strncmpnul("x", NULL, 5) > 0); assert(libsimple_strncmpnul("x", "x", 5) == 0); assert(libsimple_strncmpnul("a", "b", 5) < 0); assert(libsimple_strncmpnul("b", "a", 5) > 0); assert(libsimple_strncmpnul("aa", "ab", 5) < 0); assert(libsimple_strncmpnul("ab", "aa", 5) > 0); assert(libsimple_strncmpnul("aa", "aa", 5) == 0); assert(libsimple_strncmpnul("A", "a", 5) < 0); assert(libsimple_strncmpnul("a", "A", 5) > 0); assert(libsimple_strncmpnul("AA", "Aa", 5) < 0); assert(libsimple_strncmpnul("Aa", "AA", 5) > 0); assert(libsimple_strncmpnul("AA", "AA", 5) == 0); assert(libsimple_strncmpnul("aa", "ab", 1) == 0); assert(libsimple_strncmpnul("ab", "aa", 1) == 0); assert(libsimple_strncmpnul("aa", "aa", 1) == 0); assert(libsimple_strncmpnul("AA", "Aa", 1) == 0); assert(libsimple_strncmpnul("Aa", "AA", 1) == 0); assert(libsimple_strncmpnul("AA", "AA", 1) == 0); assert(libsimple_strncmpnul(NULL, NULL, 0) == 0); assert(libsimple_strncmpnul(NULL, "", 0) < 0); assert(libsimple_strncmpnul("", NULL, 0) > 0); assert(libsimple_strncmpnul("", "", 0) == 0); assert(libsimple_strncmpnul(NULL, "x", 0) < 0); assert(libsimple_strncmpnul("x", NULL, 0) > 0); assert(libsimple_strncmpnul("x", "x", 0) == 0); assert(libsimple_strncmpnul("a", "b", 0) == 0); assert(libsimple_strncmpnul("b", "a", 0) == 0); assert(libsimple_strncmpnul("aa", "ab", 0) == 0); assert(libsimple_strncmpnul("ab", "aa", 0) == 0); assert(libsimple_strncmpnul("aa", "aa", 0) == 0); assert(libsimple_strncmpnul("A", "a", 0) == 0); assert(libsimple_strncmpnul("a", "A", 0) == 0); assert(libsimple_strncmpnul("AA", "Aa", 0) == 0); assert(libsimple_strncmpnul("Aa", "AA", 0) == 0); assert(libsimple_strncmpnul("AA", "AA", 0) == 0); assert(libsimple_strncasecmpnul(NULL, NULL, 5) == 0); assert(libsimple_strncasecmpnul(NULL, "", 5) < 0); assert(libsimple_strncasecmpnul("", NULL, 5) > 0); assert(libsimple_strncasecmpnul("", "", 5) == 0); assert(libsimple_strncasecmpnul(NULL, "x", 5) < 0); assert(libsimple_strncasecmpnul("x", NULL, 5) > 0); assert(libsimple_strncasecmpnul("x", "x", 5) == 0); assert(libsimple_strncasecmpnul("a", "b", 5) < 0); assert(libsimple_strncasecmpnul("b", "a", 5) > 0); assert(libsimple_strncasecmpnul("aa", "ab", 5) < 0); assert(libsimple_strncasecmpnul("ab", "aa", 5) > 0); assert(libsimple_strncasecmpnul("aa", "aa", 5) == 0); assert(libsimple_strncasecmpnul("A", "a", 5) == 0); assert(libsimple_strncasecmpnul("a", "A", 5) == 0); assert(libsimple_strncasecmpnul("AA", "Aa", 5) == 0); assert(libsimple_strncasecmpnul("Aa", "AA", 5) == 0); assert(libsimple_strncasecmpnul("AA", "AA", 5) == 0); assert(libsimple_strncasecmpnul("aa", "ab", 1) == 0); assert(libsimple_strncasecmpnul("ab", "aa", 1) == 0); assert(libsimple_strncasecmpnul("aa", "aa", 1) == 0); assert(libsimple_strncasecmpnul("AA", "Aa", 1) == 0); assert(libsimple_strncasecmpnul("Aa", "AA", 1) == 0); assert(libsimple_strncasecmpnul("AA", "AA", 1) == 0); assert(libsimple_strncasecmpnul(NULL, NULL, 0) == 0); assert(libsimple_strncasecmpnul(NULL, "", 0) < 0); assert(libsimple_strncasecmpnul("", NULL, 0) > 0); assert(libsimple_strncasecmpnul("", "", 0) == 0); assert(libsimple_strncasecmpnul(NULL, "x", 0) < 0); assert(libsimple_strncasecmpnul("x", NULL, 0) > 0); assert(libsimple_strncasecmpnul("x", "x", 0) == 0); assert(libsimple_strncasecmpnul("a", "b", 0) == 0); assert(libsimple_strncasecmpnul("b", "a", 0) == 0); assert(libsimple_strncasecmpnul("aa", "ab", 0) == 0); assert(libsimple_strncasecmpnul("ab", "aa", 0) == 0); assert(libsimple_strncasecmpnul("aa", "aa", 0) == 0); assert(libsimple_strncasecmpnul("A", "a", 0) == 0); assert(libsimple_strncasecmpnul("a", "A", 0) == 0); assert(libsimple_strncasecmpnul("AA", "Aa", 0) == 0); assert(libsimple_strncasecmpnul("Aa", "AA", 0) == 0); assert(libsimple_strncasecmpnul("AA", "AA", 0) == 0); #ifdef libsimple_strdupa cs = ""; s = libsimple_strdupa(cs); assert(s); assert(s != cs); assert(!strcmp(s, cs)); cs = "xyz"; s = libsimple_strdupa(cs); assert(s); assert(s != cs); assert(!strcmp(s, cs)); #else fprintf(stderr, "warning: libsimple_strdupa missing\n"); #endif #ifdef libsimple_strndupa cs = ""; s = libsimple_strndupa(cs, 5); assert(s); assert(s != cs); assert(!strcmp(s, "")); cs = "xyz"; s = libsimple_strndupa(cs, 5); assert(s); assert(s != cs); assert(!strcmp(s, "xyz")); s = libsimple_strndupa(cs, 4); assert(s); assert(s != cs); assert(!strcmp(s, "xyz")); s = libsimple_strndupa(cs, 3); assert(s); assert(s != cs); assert(!strcmp(s, "xyz")); s = libsimple_strndupa(cs, 2); assert(s); assert(s != cs); assert(!strcmp(s, "xy")); s = libsimple_strndupa(cs, 1); assert(s); assert(s != cs); assert(!strcmp(s, "x")); s = libsimple_strndupa(cs, 0); assert(s); assert(s != cs); assert(!strcmp(s, "")); #else fprintf(stderr, "warning: libsimple_strndupa missing\n"); #endif #ifdef libsimple_memdupa cs = "xyz"; for (n = 1; n < 4; n++) { s = libsimple_memdupa(cs, n); assert(s); assert(s != cs); assert(!((uintptr_t)s % _Alignof(max_align_t))); assert(!memcmp(s, cs, n)); } #else fprintf(stderr, "warning: libsimple_memdupa missing\n"); #endif #ifdef libsimple_aligned_memdupa cs = "xyz"; for (n = 1; n < 4; n++) { for (i = 1; i < 5; i++) { s = libsimple_aligned_memdupa(cs, i, n); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!memcmp(s, cs, n)); } } #else fprintf(stderr, "warning: libsimple_aligned_memdupa missing\n"); #endif #ifdef libsimple_aligned_strdupa for (i = 1; i < 5; i++) { cs = ""; s = libsimple_aligned_strdupa(cs, i); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, cs)); cs = "xyz"; s = libsimple_aligned_strdupa(cs, i); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, cs)); } #else fprintf(stderr, "warning: libsimple_aligned_strdupa missing\n"); #endif #ifdef libsimple_aligned_strndupa for (i = 1; i < 5; i++) { cs = ""; s = libsimple_aligned_strndupa(cs, i, 5); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, "")); cs = "xyz"; s = libsimple_aligned_strndupa(cs, i, 5); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, "xyz")); s = libsimple_aligned_strndupa(cs, i, 4); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, "xyz")); s = libsimple_aligned_strndupa(cs, i, 3); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, "xyz")); s = libsimple_aligned_strndupa(cs, i, 2); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, "xy")); s = libsimple_aligned_strndupa(cs, i, 1); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, "x")); s = libsimple_aligned_strndupa(cs, i, 0); assert(s); assert(s != cs); assert(!((uintptr_t)s % i)); assert(!strcmp(s, "")); } #else fprintf(stderr, "warning: libsimple_aligned_strndupa missing\n"); #endif #ifdef libsimple_wcsdupa cws = L""; ws = libsimple_wcsdupa(cws); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, cws)); cws = L"xyz"; ws = libsimple_wcsdupa(cws); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, cws)); #else fprintf(stderr, "warning: libsimple_wcsdupa missing\n"); #endif #ifdef libsimple_wcsndupa cws = L""; ws = libsimple_wcsndupa(cws, 5); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, L"")); cws = L"xyz"; ws = libsimple_wcsndupa(cws, 5); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, L"xyz")); ws = libsimple_wcsndupa(cws, 4); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, L"xyz")); ws = libsimple_wcsndupa(cws, 3); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, L"xyz")); ws = libsimple_wcsndupa(cws, 2); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, L"xy")); ws = libsimple_wcsndupa(cws, 1); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, L"x")); ws = libsimple_wcsndupa(cws, 0); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wcscmp(ws, L"")); #else fprintf(stderr, "warning: libsimple_wcsndupa missing\n"); #endif #ifdef libsimple_wmemdupa cws = L"xyz"; for (n = 1; n < 4; n++) { ws = libsimple_wmemdupa(cws, n); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % _Alignof(wchar_t))); assert(!wmemcmp(ws, cws, n)); } #else fprintf(stderr, "warning: libsimple_wmemdupa missing\n"); #endif #ifdef libsimple_aligned_wmemdupa cws = L"xyz"; for (n = 1; n < 4; n++) { for (i = 1; i < 5; i++) { ws = libsimple_aligned_wmemdupa(cws, i, n); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wmemcmp(ws, cws, n)); } } #else fprintf(stderr, "warning: libsimple_aligned_wmemdupa missing\n"); #endif #ifdef libsimple_aligned_wcsdupa for (i = 1; i < 5; i++) { cws = L""; ws = libsimple_aligned_wcsdupa(cws, i); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, cws)); cws = L"xyz"; ws = libsimple_aligned_wcsdupa(cws, i); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, cws)); } #else fprintf(stderr, "warning: libsimple_aligned_wcsdupa missing\n"); #endif #ifdef libsimple_aligned_wcsndupa for (i = 1; i < 5; i++) { cws = L""; ws = libsimple_aligned_wcsndupa(cws, i, 5); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, L"")); cws = L"xyz"; ws = libsimple_aligned_wcsndupa(cws, i, 5); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, L"xyz")); ws = libsimple_aligned_wcsndupa(cws, i, 4); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, L"xyz")); ws = libsimple_aligned_wcsndupa(cws, i, 3); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, L"xyz")); ws = libsimple_aligned_wcsndupa(cws, i, 2); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, L"xy")); ws = libsimple_aligned_wcsndupa(cws, i, 1); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, L"x")); ws = libsimple_aligned_wcsndupa(cws, i, 0); assert(ws); assert(ws != cws); assert(!((uintptr_t)ws % i)); assert(!wcscmp(ws, L"")); } #else fprintf(stderr, "warning: libsimple_aligned_wcsndupa missing\n"); #endif unsetenv("X"); assert(!getenv("X")); assert(!libsimple_getenv_ne("X")); putenv("X=xyz"); assert(!strcmpnul(getenv("X"), "xyz")); assert(!strcmpnul(libsimple_getenv_ne("X"), "xyz")); putenv("X="); assert(!strcmpnul(getenv("X"), "")); assert(!libsimple_getenv_ne("X")); unsetenv("X"); assert(!getenv("X")); assert(!strcmpnul(libsimple_getenv_e("X"), "")); putenv("X=xyz"); assert(!strcmpnul(getenv("X"), "xyz")); assert(!strcmpnul(libsimple_getenv_e("X"), "xyz")); putenv("X="); assert(!strcmpnul(getenv("X"), "")); assert(!strcmpnul(libsimple_getenv_e("X"), "")); assert(test_timespec(10.3000200010, 10, 300020001L, 10.300020001, "+10.300020001", "10.300020001")); assert(test_timespec(10.3000200014, 10, 300020001L, 10.300020001, "+10.300020001", "10.300020001")); assert(test_timespec(10.3000200015, 10, 300020002L, 10.300020002, "+10.300020002", "10.300020002")); assert(test_timespec(10.9999999999, 11, 0, 11, "+11.000000000", "11")); assert(test_timespec(-10.3000200010, -11, 699979999L, -10.300020001, "-10.300020001", "-10.300020001")); assert(test_timespec(-10.3000200014, -11, 699979999L, -10.300020001, "-10.300020001", "-10.300020001")); assert(test_timespec(-10.3000200015, -11, 699979998L, -10.300020002, "-10.300020002", "-10.300020002")); assert(test_timespec(-10.9999999999, -11, 0, -11, "-11.000000000", "-11")); assert(test_timespec(10, 10, 0, 10, "+10.000000000", "10")); assert(test_timespec(0, 0, 0, 0, "+0.000000000", "0")); assert(test_timespec(-10, -10, 0, -10, "-10.000000000", "-10")); assert(test_timeval(10.3000201000, 10, 300020L, 10.300020, "+10.300020", "10.30002")); assert(test_timeval(10.3000204000, 10, 300020L, 10.300020, "+10.300020", "10.30002")); assert(test_timeval(10.3000205000, 10, 300021L, 10.300021, "+10.300021", "10.300021")); assert(test_timeval(10.9999999000, 11, 0, 11, "+11.000000", "11")); assert(test_timeval(-10.3000201000, -11, 699980L, -10.300020, "-10.300020", "-10.30002")); assert(test_timeval(-10.3000204000, -11, 699980L, -10.300020, "-10.300020", "-10.30002")); assert(test_timeval(-10.3000205000, -11, 699979L, -10.300021, "-10.300021", "-10.300021")); assert(test_timeval(-10.9999999000, -11, 0, -11, "-11.000000", "-11")); assert(test_timeval(10, 10, 0, 10, "+10.000000", "10")); assert(test_timeval(0, 0, 0, 0, "+0.000000", "0")); assert(test_timeval(-10, -10, 0, -10, "-10.000000", "-10")); libsimple_timeval2timespec(&ts, &(struct timeval){0, 0L}); assert(ts.tv_sec == 0); assert(ts.tv_nsec == 0L); libsimple_timeval2timespec(&ts, &(struct timeval){0, 1L}); assert(ts.tv_sec == 0); assert(ts.tv_nsec == 1000L); libsimple_timeval2timespec(&ts, &(struct timeval){0, 999999L}); assert(ts.tv_sec == 0); assert(ts.tv_nsec == 999999000L); libsimple_timeval2timespec(&ts, &(struct timeval){10, 0L}); assert(ts.tv_sec == 10); assert(ts.tv_nsec == 0L); libsimple_timeval2timespec(&ts, &(struct timeval){10, 1L}); assert(ts.tv_sec == 10); assert(ts.tv_nsec == 1000L); libsimple_timeval2timespec(&ts, &(struct timeval){-10, 0L}); assert(ts.tv_sec == -10); assert(ts.tv_nsec == 0L); libsimple_timeval2timespec(&ts, &(struct timeval){-10, 1L}); assert(ts.tv_sec == -10); assert(ts.tv_nsec == 1000L); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = 0, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = 0, ts1.tv_nsec = 1L; ts2.tv_sec = 0, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 0, ts1.tv_nsec = 999999999L; ts2.tv_sec = 0, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = 0, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 0, ts1.tv_nsec = 1L; ts2.tv_sec = 0, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = 0, ts1.tv_nsec = 999999999L; ts2.tv_sec = 0, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = 0, ts2.tv_nsec = 999999999L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 0, ts1.tv_nsec = 1L; ts2.tv_sec = 0, ts2.tv_nsec = 999999999L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 0, ts1.tv_nsec = 999999999L; ts2.tv_sec = 0, ts2.tv_nsec = 999999999L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = 1, ts1.tv_nsec = 0L; ts2.tv_sec = 0, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 1, ts1.tv_nsec = 1L; ts2.tv_sec = 0, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 1, ts1.tv_nsec = 0L; ts2.tv_sec = 0, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 1, ts1.tv_nsec = 1L; ts2.tv_sec = 0, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = 1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 0, ts1.tv_nsec = 1L; ts2.tv_sec = 1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = 1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 0, ts1.tv_nsec = 1L; ts2.tv_sec = 1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 1, ts1.tv_nsec = 0L; ts2.tv_sec = 1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = 1, ts1.tv_nsec = 1L; ts2.tv_sec = 1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 1, ts1.tv_nsec = 0L; ts2.tv_sec = 1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 1, ts1.tv_nsec = 1L; ts2.tv_sec = 1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = -1, ts1.tv_nsec = 0L; ts2.tv_sec = 0, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = -1, ts1.tv_nsec = 1L; ts2.tv_sec = 0, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = -1, ts1.tv_nsec = 0L; ts2.tv_sec = 0, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = -1, ts1.tv_nsec = 1L; ts2.tv_sec = 0, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = -1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 0, ts1.tv_nsec = 1L; ts2.tv_sec = -1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = -1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = 0, ts1.tv_nsec = 1L; ts2.tv_sec = -1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = -1, ts1.tv_nsec = 0L; ts2.tv_sec = -1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = -1, ts1.tv_nsec = 1L; ts2.tv_sec = -1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = -1, ts1.tv_nsec = 0L; ts2.tv_sec = -1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = -1, ts1.tv_nsec = 1L; ts2.tv_sec = -1, ts2.tv_nsec = 1L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = 0, ts1.tv_nsec = 0L; ts2.tv_sec = TIME_MAX, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = 1, ts1.tv_nsec = 0L; ts2.tv_sec = TIME_MAX, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); ts1.tv_sec = TIME_MAX, ts1.tv_nsec = 0L; ts2.tv_sec = TIME_MAX, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 0); ts1.tv_sec = 1, ts1.tv_nsec = 0L; ts2.tv_sec = -1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == 1); ts1.tv_sec = -1, ts1.tv_nsec = 0L; ts2.tv_sec = 1, ts2.tv_nsec = 0L; assert(libsimple_cmptimespec(&ts1, &ts2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = 0, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = 0, tv1.tv_usec = 1L; tv2.tv_sec = 0, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 0, tv1.tv_usec = 999999L; tv2.tv_sec = 0, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = 0, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 1L; tv2.tv_sec = 0, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = 0, tv1.tv_usec = 999999L; tv2.tv_sec = 0, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = 0, tv2.tv_usec = 999999L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 1L; tv2.tv_sec = 0, tv2.tv_usec = 999999L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 999999L; tv2.tv_sec = 0, tv2.tv_usec = 999999L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = 1, tv1.tv_usec = 0L; tv2.tv_sec = 0, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 1, tv1.tv_usec = 1L; tv2.tv_sec = 0, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 1, tv1.tv_usec = 0L; tv2.tv_sec = 0, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 1, tv1.tv_usec = 1L; tv2.tv_sec = 0, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = 1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 1L; tv2.tv_sec = 1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = 1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 1L; tv2.tv_sec = 1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 1, tv1.tv_usec = 0L; tv2.tv_sec = 1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = 1, tv1.tv_usec = 1L; tv2.tv_sec = 1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 1, tv1.tv_usec = 0L; tv2.tv_sec = 1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 1, tv1.tv_usec = 1L; tv2.tv_sec = 1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = -1, tv1.tv_usec = 0L; tv2.tv_sec = 0, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = -1, tv1.tv_usec = 1L; tv2.tv_sec = 0, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = -1, tv1.tv_usec = 0L; tv2.tv_sec = 0, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = -1, tv1.tv_usec = 1L; tv2.tv_sec = 0, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = -1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 0, tv1.tv_usec = 1L; tv2.tv_sec = -1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = -1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = 0, tv1.tv_usec = 1L; tv2.tv_sec = -1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = -1, tv1.tv_usec = 0L; tv2.tv_sec = -1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = -1, tv1.tv_usec = 1L; tv2.tv_sec = -1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = -1, tv1.tv_usec = 0L; tv2.tv_sec = -1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = -1, tv1.tv_usec = 1L; tv2.tv_sec = -1, tv2.tv_usec = 1L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = 0, tv1.tv_usec = 0L; tv2.tv_sec = TIME_MAX, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = 1, tv1.tv_usec = 0L; tv2.tv_sec = TIME_MAX, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); tv1.tv_sec = TIME_MAX, tv1.tv_usec = 0L; tv2.tv_sec = TIME_MAX, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 0); tv1.tv_sec = 1, tv1.tv_usec = 0L; tv2.tv_sec = -1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == 1); tv1.tv_sec = -1, tv1.tv_usec = 0L; tv2.tv_sec = 1, tv2.tv_usec = 0L; assert(libsimple_cmptimeval(&tv1, &tv2) == -1); assert((ptr = libsimple_mallocz(0, 11))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 11); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); assert((ptr = libsimple_mallocz(1, 12))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 12); assert(info->zeroed == 12); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); assert((ptr = libsimple_emallocz(0, 13))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 13); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); assert((ptr = libsimple_emallocz(1, 14))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 14); assert(info->zeroed == 14); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); assert((ptr = libsimple_enmallocz(10, 0, 15))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 15); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); assert((ptr = libsimple_enmallocz(10, 1, 16))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 16); assert(info->zeroed == 16); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); assert((ptr = libsimple_aligned_allocz(0, 8, 8))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 8); ASSERT_ALIGNMENT(info, 8); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); assert((ptr = libsimple_aligned_allocz(1, 8, 16))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 16); ASSERT_ALIGNMENT(info, 8); assert(info->zeroed == 16); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert(!libsimple_posix_memalignz(&ptr, 0, 8 * sizeof(void *), 8)); assert(ptr); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 8); ASSERT_ALIGNMENT(info, 8 * sizeof(void *)); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert(!libsimple_posix_memalignz(&ptr, 1, 4 * sizeof(void *), 16)); assert(ptr); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 16); ASSERT_ALIGNMENT(info, 4 * sizeof(void *)); assert(info->zeroed == 16); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_memalignz(0, 4, 9))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 9 || info->size == 12); ASSERT_ALIGNMENT(info, 4); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_memalignz(1, 2, 7))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 7 || info->size == 8); ASSERT_ALIGNMENT(info, 2); assert(info->zeroed == 7 || info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_memalign(2, 5))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 5 || info->size == 6); ASSERT_ALIGNMENT(info, 2); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert(!libsimple_memalignzn(0, 128, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignzn(1, 128, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignn(128, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignzn(0, 1024, SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert(!libsimple_memalignzn(1, 1024, SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert(!libsimple_memalignn(1024, SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert(!libsimple_memalignz(0, 65, 100) && errno == EINVAL); errno = 0; assert(!libsimple_memalignz(1, 65, 100) && errno == EINVAL); errno = 0; assert(!libsimple_memalign(65, 100) && errno == EINVAL); errno = 0; assert(!libsimple_memalignzn(0, 65, 100, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignzn(1, 65, 100, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignn(65, 100, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignz(0, 0, 100) && errno == EINVAL); errno = 0; assert(!libsimple_memalignz(1, 0, 100) && errno == EINVAL); errno = 0; assert(!libsimple_memalign(0, 100) && errno == EINVAL); errno = 0; assert(!libsimple_memalignzn(0, 0, 100, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignzn(1, 0, 100, 0) && errno == EINVAL); errno = 0; assert(!libsimple_memalignn(0, 100, 0) && errno == EINVAL); errno = 0; assert((ptr = libsimple_memalignzn(0, 1, 9, 9, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 81); ASSERT_ALIGNMENT(info, 1); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_memalignzn(1, 2, 9, 9, 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 162); ASSERT_ALIGNMENT(info, 2); assert(info->zeroed == 162); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_memalignn(4, 9, 9, 3, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 243 || info->size == 244); ASSERT_ALIGNMENT(info, 4); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_enmemalignz(1, 1, 2, 9))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 9 || info->size == 10); ASSERT_ALIGNMENT(info, 2); assert(info->zeroed == 9 || info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_ememalignz(1, 2, 7))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 7 || info->size == 8); ASSERT_ALIGNMENT(info, 2); assert(info->zeroed == 7 || info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_enmemalignz(1, 0, 2, 8))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 8); ASSERT_ALIGNMENT(info, 2); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_ememalignz(0, 4, 4))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 4); ASSERT_ALIGNMENT(info, 4); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_enmemalign(1, 4, 8))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 8); ASSERT_ALIGNMENT(info, 4); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_ememalign(8, 3))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 3 || info->size == 8); ASSERT_ALIGNMENT(info, 8); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_vallocz(0, 9))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 9 || info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_vallocz(1, 7))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 7 || info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == 7 || info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_valloc(5))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 5 || info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_vallocz(1, 3 * pagesize))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 3 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == 3 * pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_vallocz(0, 4 * pagesize))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 4 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_valloc(5 * pagesize))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 5 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_valloczn(1, 3 * pagesize, 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 6 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == 6 * pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_valloczn(0, 4 * pagesize, 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 8 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_vallocn(5 * pagesize, 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 10 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert(!libsimple_valloczn(0, 0) && errno == EINVAL); errno = 0; assert(!libsimple_valloczn(1, 0) && errno == EINVAL); errno = 0; assert(!libsimple_vallocn(0) && errno == EINVAL); errno = 0; assert(!libsimple_valloczn(0, SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert(!libsimple_valloczn(1, SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert(!libsimple_vallocn(SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert((ptr = libsimple_pvallocz(0, 9))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvallocz(1, 7))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvalloc(5))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 5 || info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvallocz(1, pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvallocz(1, pagesize))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvallocz(1, pagesize + 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 2 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == 2 * pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvallocz(1, 3 * pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 3 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == 3 * pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvallocz(0, 4 * pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 4 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvalloc(5 * pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 5 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvalloczn(1, 3 * pagesize - 1, 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 6 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == 6 * pagesize); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvalloczn(0, 4 * pagesize - 1, 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 8 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvallocn(5 * pagesize - 1, 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 10 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)info->alignment)); } free(ptr); ptr = NULL; assert(!libsimple_pvalloczn(0, 0) && errno == EINVAL); errno = 0; assert(!libsimple_pvalloczn(1, 0) && errno == EINVAL); errno = 0; assert(!libsimple_pvallocn(0) && errno == EINVAL); errno = 0; assert(!libsimple_pvalloczn(0, SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert(!libsimple_pvalloczn(1, SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert(!libsimple_pvallocn(SIZE_MAX, 2, 0) && errno == ENOMEM); errno = 0; assert((ptr = libsimple_valloczn(0, 9, 9, pagesize - 1, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 81 * (pagesize - 1)); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_valloczn(1, 9, 8, pagesize - 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 72 * (pagesize - 2)); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_vallocn(9, (pagesize - 1), 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 9 * (pagesize - 1)); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_envallocz(1, 1, 5 * pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 5 * pagesize - 1); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_evallocz(1, 3 * pagesize + 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 3 * pagesize + 1); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_envallocz(1, 0, pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize - 1); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_evallocz(0, pagesize + 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize + 1); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_envalloc(1, 127))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 127); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_evalloc(3 * pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 3 * pagesize - 1); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_pvalloczn(0, 9, 9, pagesize - 1, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 81 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_pvalloczn(1, 9, 8, pagesize - 2, 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 72 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_pvallocn(9, (pagesize - 1), 0))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 9 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); assert((ptr = libsimple_enpvallocz(1, 1, 5 * pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 5 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_epvallocz(1, 3 * pagesize + 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 4 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(info->zeroed == info->size); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_enpvallocz(1, 0, pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_epvallocz(0, pagesize + 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 2 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_enpvalloc(1, 127))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; assert((ptr = libsimple_epvalloc(3 * pagesize - 1))); if (have_custom_malloc()) { assert((info = get_allocinfo(ptr))); assert(info->size == 3 * pagesize); ASSERT_ALIGNMENT(info, pagesize); assert(!info->zeroed); assert(!((uintptr_t)ptr % (uintptr_t)(info->alignment))); } free(ptr); ptr = NULL; if (have_custom_malloc()) { alloc_fail_in = 1; assert_exit_ptr(libsimple_enmallocz(5, 0, 20)); assert(exit_status == 5); assert_stderr("%s: malloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); alloc_fail_in = 1; assert_exit_ptr(libsimple_enmallocz(6, 1, 20)); assert(exit_status == 6); assert_stderr("%s: calloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 7; alloc_fail_in = 1; assert_exit_ptr(libsimple_emallocz(0, 20)); assert(exit_status == 7); assert_stderr("%s: malloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 8; alloc_fail_in = 1; assert_exit_ptr(libsimple_emallocz(1, 20)); assert(exit_status == 8); assert_stderr("%s: calloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!(ptr = libsimple_mallocz(0, 20)) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!(ptr = libsimple_mallocz(1, 20)) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!(ptr = libsimple_aligned_allocz(0, 8, 8)) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!(ptr = libsimple_aligned_allocz(1, 8, 16)) && errno == ENOMEM); assert(!alloc_fail_in); errno = 0; alloc_fail_in = 1; assert(libsimple_posix_memalignz(&ptr, 0, 4 * sizeof(void *), 8) == ENOMEM && !errno); assert(!alloc_fail_in); alloc_fail_in = 1; assert(libsimple_posix_memalignz(&ptr, 1, 16 * sizeof(void *), 16) == ENOMEM && !errno); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!libsimple_memalignz(0, 4 * sizeof(void *), 8) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!libsimple_memalignz(1, 16 * sizeof(void *), 16) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert_exit_ptr(libsimple_enmemalignz(3, 1, sizeof(void *), 4)); assert(exit_status == 3); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 102; alloc_fail_in = 1; assert_exit_ptr(libsimple_ememalignz(1, sizeof(void *), 4)); assert(exit_status == 102); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert_exit_ptr(libsimple_enmemalignz(5, 0, sizeof(void *), 4)); assert(exit_status == 5); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 103; alloc_fail_in = 1; assert_exit_ptr(libsimple_ememalignz(0, sizeof(void *), 4)); assert(exit_status == 103); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert_exit_ptr(libsimple_enmemalign(7, sizeof(void *), 4)); assert(exit_status == 7); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 104; alloc_fail_in = 1; assert_exit_ptr(libsimple_ememalign(sizeof(void *), 4)); assert(exit_status == 104); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert(!libsimple_vallocz(0, 8) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!libsimple_vallocz(1, 16) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert_exit_ptr(libsimple_envallocz(3, 1, 4)); assert(exit_status == 3); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 102; alloc_fail_in = 1; assert_exit_ptr(libsimple_evallocz(1, 4)); assert(exit_status == 102); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert_exit_ptr(libsimple_envallocz(5, 0, 4)); assert(exit_status == 5); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 103; alloc_fail_in = 1; assert_exit_ptr(libsimple_evallocz(0, 4)); assert(exit_status == 103); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert_exit_ptr(libsimple_envalloc(7, 4)); assert(exit_status == 7); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 104; alloc_fail_in = 1; assert_exit_ptr(libsimple_evalloc(4)); assert(exit_status == 104); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert(!libsimple_pvallocz(0, 8) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert(!libsimple_pvallocz(1, 16) && errno == ENOMEM); assert(!alloc_fail_in); alloc_fail_in = 1; assert_exit_ptr(libsimple_enpvallocz(3, 1, 4)); assert(exit_status == 3); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 102; alloc_fail_in = 1; assert_exit_ptr(libsimple_epvallocz(1, 4)); assert(exit_status == 102); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert_exit_ptr(libsimple_enpvallocz(5, 0, 4)); assert(exit_status == 5); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 103; alloc_fail_in = 1; assert_exit_ptr(libsimple_epvallocz(0, 4)); assert(exit_status == 103); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; alloc_fail_in = 1; assert_exit_ptr(libsimple_enpvalloc(7, 4)); assert(exit_status == 7); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 104; alloc_fail_in = 1; assert_exit_ptr(libsimple_epvalloc(4)); assert(exit_status == 104); assert_stderr("%s: libsimple_vmemalloc: %s\n", argv0, strerror(ENOMEM)); assert(!alloc_fail_in); libsimple_default_failure_exit = 1; } assert_exit_ptr(libsimple_enmemalignz(3, 1, 0, 4)); assert(exit_status == 3); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 102; assert_exit_ptr(libsimple_ememalignz(1, 0, 4)); assert(exit_status == 102); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); assert(!alloc_fail_in); assert_exit_ptr(libsimple_enmemalignz(5, 0, 0, 4)); assert(exit_status == 5); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 103; assert_exit_ptr(libsimple_ememalignz(0, 0, 4)); assert(exit_status == 103); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); assert(!alloc_fail_in); assert_exit_ptr(libsimple_enmemalign(7, 0, 4)); assert(exit_status == 7); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 104; assert_exit_ptr(libsimple_ememalign(0, 4)); assert(exit_status == 104); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 1; assert_exit_ptr(libsimple_enmemalignz(3, 1, 3, 4)); assert(exit_status == 3); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 102; assert_exit_ptr(libsimple_ememalignz(1, 3, 4)); assert(exit_status == 102); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); assert(!alloc_fail_in); assert_exit_ptr(libsimple_enmemalignz(5, 0, 3, 4)); assert(exit_status == 5); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 103; assert_exit_ptr(libsimple_ememalignz(0, 3, 4)); assert(exit_status == 103); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); assert(!alloc_fail_in); assert_exit_ptr(libsimple_enmemalign(7, 3, 4)); assert(exit_status == 7); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 104; assert_exit_ptr(libsimple_ememalign(3, 4)); assert(exit_status == 104); assert_stderr("%s: libsimple_vmemalignz: %s\n", argv0, strerror(EINVAL)); libsimple_default_failure_exit = 1; assert(libsimple_memeq("abcxyz", "abc123", 3)); assert(!libsimple_memeq("abcxyz", "abc123", 4)); assert(libsimple_memeq("abcxyz", "abcx23", 4)); assert(libsimple_memeq("1", "2", 0)); assert(!libsimple_memeq("1", "2", 1)); assert(!libsimple_memeq("abc", "ABC", 3)); assert(!libsimple_memeq("ABC", "abc", 3)); assert(libsimple_memeq("ABC", "ABC", 3)); assert(libsimple_memcaseeq("abcxyz", "abc123", 3)); assert(!libsimple_memcaseeq("abcxyz", "abc123", 4)); assert(libsimple_memcaseeq("abcxyz", "abcx23", 4)); assert(libsimple_memcaseeq("1", "2", 0)); assert(!libsimple_memcaseeq("1", "2", 1)); assert(libsimple_memcaseeq("abc", "ABC", 3)); assert(libsimple_memcaseeq("ABC", "abc", 3)); assert(libsimple_memcaseeq("ABC", "ABC", 3)); stpcpy(buf, "abc123"); assert(!strcmpnul(libsimple_mempset(buf, '.', 3), "123")); assert(!strcmp(buf, "...123")); #ifdef libsimple_asprintfa s = libsimple_asprintfa("%sxyz%s", "abc", "123"); assert(s); assert(!strcmp(s, "abcxyz123")); #else fprintf(stderr, "warning: libsimple_asprintfa missing\n"); #endif #ifdef libsimple_vasprintfa assert(test_vasprintfa("abcxyz123", "%sxyz%s", "abc", "123")); #else fprintf(stderr, "warning: libsimple_vasprintfa missing\n"); #endif { char a[] = "abcdefgh", b[] = "abcdefgh"; assert(libsimple_strreqlen("", "") == 0); assert(libsimple_strreqlen("x", "") == 0); assert(libsimple_strreqlen("x", "y") == 0); assert(libsimple_strreqlen("", "y") == 0); for (i = 0; i <= 8; i++) { for (j = 0; j <= 8; j++) { assert(libsimple_strreqlen(&a[i], &b[j]) == 8 - (i > j ? i : j)); a[i] = b[j] = '\0'; assert(libsimple_strreqlen(a, b) == (i == j ? i : 0)); a[i] = "abcdefgh"[i]; b[j] = "abcdefgh"[j]; } } assert(libsimple_strreqlen("abc", "ABC") == 0); assert(libsimple_strreqlen("123", "123") == 3); } { char a[] = "abcdefgh", b[] = "ABCDEFGH"; assert(libsimple_strrcaseeqlen("", "") == 0); assert(libsimple_strrcaseeqlen("x", "") == 0); assert(libsimple_strrcaseeqlen("x", "y") == 0); assert(libsimple_strrcaseeqlen("", "y") == 0); for (i = 0; i <= 8; i++) { for (j = 0; j <= 8; j++) { assert(libsimple_strrcaseeqlen(&a[i], &b[j]) == 8 - (i > j ? i : j)); assert(libsimple_strrcaseeqlen(&b[i], &a[j]) == 8 - (i > j ? i : j)); a[i] = b[j] = '\0'; assert(libsimple_strrcaseeqlen(a, b) == (i == j ? i : 0)); assert(libsimple_strrcaseeqlen(b, a) == (i == j ? i : 0)); a[i] = "abcdefgh"[i]; b[j] = "ABCDEFGH"[j]; } } assert(libsimple_strrcaseeqlen("abc", "abc") == 3); assert(libsimple_strrcaseeqlen("123", "123") == 3); } for (n = 0; n < 10; n++) { char a[] = "abcdefgh", b[] = "abcdefgh"; size_t I, J; assert(libsimple_strrneqlen("", "", n) == 0); assert(libsimple_strrneqlen("x", "", n) == 0); assert(libsimple_strrneqlen("x", "y", n) == 0); assert(libsimple_strrneqlen("", "y", n) == 0); for (i = 0; i <= 8; i++) { for (j = 0; j <= 8; j++) { I = 8 - i; J = 8 - j; assert(libsimple_strrneqlen(&a[i], &b[j], n) == (I == J ? MIN(I,n) : MIN(I,J) * (n >= MAX(I,J)))); a[i] = b[j] = '\0'; assert(libsimple_strrneqlen(a, b, n) == (MIN(i, n) == MIN(j, n) ? MIN(i, n) : 0)); a[i] = "abcdefgh"[i]; b[j] = "abcdefgh"[j]; } } assert(libsimple_strrneqlen("abc", "ABC", n) == 0); assert(libsimple_strrneqlen("123", "123", n) == MIN(3, n)); } for (n = 0; n < 10; n++) { char a[] = "abcdefgh", b[] = "ABCDEFGH"; size_t I, J; assert(libsimple_strrncaseeqlen("", "", n) == 0); assert(libsimple_strrncaseeqlen("x", "", n) == 0); assert(libsimple_strrncaseeqlen("x", "y", n) == 0); assert(libsimple_strrncaseeqlen("", "y", n) == 0); for (i = 0; i <= 8; i++) { for (j = 0; j <= 8; j++) { I = 8 - i; J = 8 - j; assert(libsimple_strrncaseeqlen(&a[i], &b[j], n) == (I == J ? MIN(I,n) : MIN(I,J) * (n >= MAX(I,J)))); assert(libsimple_strrncaseeqlen(&b[i], &a[j], n) == (I == J ? MIN(I,n) : MIN(I,J) * (n >= MAX(I,J)))); a[i] = b[j] = '\0'; assert(libsimple_strrncaseeqlen(a, b, n) == (MIN(i, n) == MIN(j, n) ? MIN(i, n) : 0)); assert(libsimple_strrncaseeqlen(b, a, n) == (MIN(i, n) == MIN(j, n) ? MIN(i, n) : 0)); a[i] = "abcdefgh"[i]; b[j] = "ABCDEFGH"[j]; } } assert(libsimple_strrncaseeqlen("abc", "abc", n) == MIN(3, n)); assert(libsimple_strrncaseeqlen("123", "123", n) == MIN(3, n)); } { char p_[4096]; char *p = p_; memset(p, 0, sizeof(p_)); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 0, 0) == p); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 0, 10) == p); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 1, 0) == p); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 2, 0) == p); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 4, 0) == p); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 8, 0) == p); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 16, 0) == p); assert(libsimple_memsetelem(p, &(uint64_t){~0}, 3, 0) == p); assert(libsimple_memsetelem(p, &(uint8_t){0x09}, 1, 3000) == p); assert(libsimple_memsetelem(p, &(uint16_t){0x0807}, 2, 1000) == p); assert(libsimple_memsetelem(p, &(uint32_t){0x10203040UL}, 4, 300) == p); assert(libsimple_memsetelem(p, &(uint64_t){0x0102030450607080ULL}, 8, 100) == p); assert(libsimple_memsetelem(p, (char []){0xA0, 0xB0, 0xC0}, 3, 16) == p); for (i = 0; i < 48; i++) assert(p[i] == ((char []){0xA0, 0xB0, 0xC0})[i % 3]); for (; i < 800; i += 8) assert(*(uint64_t *)&p[i] == 0x0102030450607080ULL); for (; i < 1200; i += 4) assert(*(uint32_t *)&p[i] == 0x10203040UL); for (; i < 2000; i += 2) assert(*(uint16_t *)&p[i] == 0x0807); for (; i < 3000; i++) assert(p[i] == 0x09); for (; i < sizeof(p_); i++) assert(p[i] == 0); } stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strset(buf, 'x') == buf); assert(!strcmp(buf, "xxxxxxxxxxx")); assert(!strcmp(&buf[12], "goodbye world")); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strset(buf, '\0') == buf); assert(!memcmp(buf, "\0\0\0\0\0\0\0\0\0\0\0\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_stpset(buf, 'x') == &buf[11]); assert(!strcmp(buf, "xxxxxxxxxxx")); assert(!strcmp(&buf[12], "goodbye world")); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_stpset(buf, '\0') == &buf[11]); assert(!memcmp(buf, "\0\0\0\0\0\0\0\0\0\0\0\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnset(buf, 'x', SIZE_MAX) == buf); assert(!strcmp(buf, "xxxxxxxxxxx")); assert(!strcmp(&buf[12], "goodbye world")); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnset(buf, '\0', SIZE_MAX) == buf); assert(!memcmp(buf, "\0\0\0\0\0\0\0\0\0\0\0\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_stpnset(buf, 'x', SIZE_MAX) == &buf[11]); assert(!strcmp(buf, "xxxxxxxxxxx")); assert(!strcmp(&buf[12], "goodbye world")); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_stpnset(buf, '\0', SIZE_MAX) == &buf[11]); assert(!memcmp(buf, "\0\0\0\0\0\0\0\0\0\0\0\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnset(buf, 'x', 5) == buf); assert(!strcmp(buf, "xxxxx world")); assert(!strcmp(&buf[12], "goodbye world")); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnset(buf, '\0', 5) == buf); assert(!memcmp(buf, "\0\0\0\0\0 world\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_stpnset(buf, 'x', 5) == &buf[5]); assert(!strcmp(buf, "xxxxx world")); assert(!strcmp(&buf[12], "goodbye world")); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_stpnset(buf, '\0', 5) == &buf[5]); assert(!memcmp(buf, "\0\0\0\0\0 world\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_memreplace(buf, 'o', 'x', 46) == &buf[46]); assert(!memcmp(buf, "hellx wxrld\0gxxdbye wxrld", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_memreplace(buf, 'o', 'x', 12) == &buf[12]); assert(!memcmp(buf, "hellx wxrld\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strreplace(buf, 'o', 'x') == &buf[11]); assert(!memcmp(buf, "hellx wxrld\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnreplace(buf, 'o', 'x', SIZE_MAX) == &buf[11]); assert(!memcmp(buf, "hellx wxrld\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnreplace(buf, 'o', 'x', 12) == &buf[11]); assert(!memcmp(buf, "hellx wxrld\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnreplace(buf, 'o', 'x', 11) == &buf[11]); assert(!memcmp(buf, "hellx wxrld\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnreplace(buf, 'o', 'x', 6) == &buf[6]); assert(!memcmp(buf, "hellx world\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnreplace(buf, 'o', 'x', 5) == &buf[5]); assert(!memcmp(buf, "hellx world\0goodbye world", 26)); stpcpy(mempcpy(buf, "hello world", 12), "goodbye world"); assert(libsimple_strnreplace(buf, 'o', 'x', 4) == &buf[4]); assert(!memcmp(buf, "hello world\0goodbye world", 26)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strmove(&buf[3], buf) == &buf[3]); assert(!strcmp(buf, "helhello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strmove(buf, &buf[3]) == buf); assert(!strcmp(buf, "lo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strmove(buf, buf) == buf); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(&buf[3], buf, SIZE_MAX) == &buf[3]); assert(!strcmp(buf, "helhello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, &buf[3], SIZE_MAX) == buf); assert(!strcmp(buf, "lo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, buf, SIZE_MAX) == buf); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(&buf[3], buf, 12) == &buf[3]); assert(!strcmp(buf, "helhello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, &buf[3], 9) == buf); assert(!strcmp(buf, "lo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, buf, 12) == buf); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(&buf[3], buf, 11) == &buf[3]); assert(!strncmp(buf, "helhello worldx", 15)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, &buf[3], 8) == buf); assert(!strcmp(buf, "lo worldrld")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, buf, 11) == buf); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(&buf[3], buf, 2) == &buf[3]); assert(!strcmp(buf, "helhe world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, &buf[3], 2) == buf); assert(!strcmp(buf, "lollo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_strnmove(buf, buf, 2) == buf); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpmove(&buf[3], buf) == &buf[11 + 3]); assert(!strcmp(buf, "helhello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpmove(buf, &buf[3]) == &buf[11 - 3]); assert(!strcmp(buf, "lo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpmove(buf, buf) == &buf[11]); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(&buf[3], buf, SIZE_MAX) == &buf[11 + 3]); assert(!strcmp(buf, "helhello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, &buf[3], SIZE_MAX) == &buf[11 - 3]); assert(!strcmp(buf, "lo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, buf, SIZE_MAX) == &buf[11]); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(&buf[3], buf, 12) == &buf[11 + 3]); assert(!strcmp(buf, "helhello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, &buf[3], 9) == &buf[11 - 3]); assert(!strcmp(buf, "lo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, buf, 12) == &buf[11]); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(&buf[3], buf, 11) == &buf[11 + 3]); assert(!strncmp(buf, "helhello worldx", 15)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, &buf[3], 8) == &buf[8]); assert(!strcmp(buf, "lo worldrld")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, buf, 11) == &buf[11]); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(&buf[3], buf, 2) == &buf[3 + 2]); assert(!strcmp(buf, "helhe world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, &buf[3], 2) == &buf[2]); assert(!strcmp(buf, "lollo world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; strcpy(buf, "hello world"); assert(libsimple_stpnmove(buf, buf, 2) == &buf[2]); assert(!strcmp(buf, "hello world")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strccpy(buf, "hello", '\0') == &buf[6]); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strccpy(buf, "hello", 'o') == &buf[5]); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strccpy(buf, "hello", 'l') == &buf[3]); assert(!strcmp(buf, "hel")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strccpy(buf, "hello", 'x') == NULL); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", '\0', 1024) == &buf[6]); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'o', 1024) == &buf[5]); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'l', 1024) == &buf[3]); assert(!strcmp(buf, "hel")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'x', 1024) == NULL); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", '\0', 6) == &buf[6]); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'o', 6) == &buf[5]); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'l', 6) == &buf[3]); assert(!strcmp(buf, "hel")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'x', 6) == NULL); assert(!strcmp(buf, "hello")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", '\0', 5) == NULL); assert(!strncmp(buf, "hellox", 6)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'o', 5) == &buf[5]); assert(!strncmp(buf, "hellox", 6)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'l', 5) == &buf[3]); assert(!strcmp(buf, "hel")); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'x', 5) == NULL); assert(!strncmp(buf, "hellox", 6)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_strnccpy(buf, "hello", 'o', 3) == NULL); assert(!strncmp(buf, "helx", 4)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_rawmemcmove(&buf[5], &buf[5], 'o') == &buf[5 + 5]); assert(!strncmp(buf, "-----hello-", 11)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-';; assert(libsimple_rawmemcmove(&buf[5], &buf[5], 'l') == &buf[5 + 3]); assert(!strncmp(buf, "-----hello-", 11)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_rawmemcmove(&buf[3], &buf[5], 'o') == &buf[3 + 5]); assert(!strncmp(buf, "---hellolo-", 11)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_rawmemcmove(&buf[3], &buf[5], 'l') == &buf[3 + 3]); assert(!strncmp(buf, "---helello-", 11)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_rawmemcmove(&buf[8], &buf[5], 'o') == &buf[8 + 5]); assert(!strncmp(buf, "-----helhello-", 14)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_rawmemcmove(&buf[8], &buf[5], 'l') == &buf[8 + 3]); assert(!strncmp(buf, "-----helhel-", 12)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_rawmemccpy(buf, "hello", 'o') == &buf[5]); assert(!strncmp(buf, "hellox", 6)); memset(buf, 'x', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; assert(libsimple_rawmemccpy(buf, "hello", 'l') == &buf[3]); assert(!strncmp(buf, "helx", 4)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_mempmove(&buf[5], &buf[5], 5) == &buf[5 + 5]); assert(!strncmp(buf, "-----hello-", 11)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_mempmove(&buf[3], &buf[5], 5) == &buf[3 + 5]); assert(!strncmp(buf, "---hellolo-", 11)); memset(buf, '-', sizeof(buf)), buf[sizeof(buf) - 1] = '\0'; stpcpy(&buf[5], "hello")[0] = '-'; assert(libsimple_mempmove(&buf[8], &buf[5], 5) == &buf[8 + 5]); assert(!strncmp(buf, "-----helhello-", 14)); if (!have_custom_malloc()) { stderr_real = 1; fprintf(stderr, "\nSome tests have not been ran because malloc(3) was not " "replaced, this is normal if running under valgrind(1).\n\n"); } return 0; } #endif