static char * test_parsenames_ok(void)
{
char test_path[] = TEST_PATH TEST_FILENAME;
int retval;
retval = parsenames(test_path, &path, &filename);
ku_assert_equal("Return value is 0", retval, 0);
ku_assert_str_equal("Returned path is ok", path, TEST_PATH);
ku_assert_str_equal("Returned filename is ok", filename, TEST_FILENAME);
return NULL;
}
static char * test_uint(void)
{
#define TSTRING1 "string"
#define UINTVAL 1337
#define EXPECTED TSTRING1 NTOSTR(UINTVAL) TSTRING1
char actual[80] = JUNK;
ksprintf(actual, sizeof(actual), TSTRING1 "%u" TSTRING1, (uint32_t)UINTVAL);
ku_assert_str_equal("String composed correctly.", actual, EXPECTED);
#undef TSTRING1
#undef UINTVAL1
#undef EXPECTED
return NULL;
}
static char * test_hex(void)
{
#define TSTRING1 "string"
#define HEXVALUE 0x00000500
#define EXPECTED TSTRING1 NTOSTR(HEXVALUE) TSTRING1
char actual[80] = JUNK;
ksprintf(actual, sizeof(actual), TSTRING1 "%x" TSTRING1,
(uint32_t)HEXVALUE);
ku_assert_str_equal("String composed correctly.", actual, EXPECTED);
#undef TSTRING1
#undef HEXVALUE
#undef EXPECTED
return NULL;
}
static char * test_uitoah32(void)
{
#define UINTHEXVAL 0x0000532a
char actual[80];
char expected[] = NTOSTR(UINTHEXVAL);
size_t retVal;
retVal = uitoah32(actual, (uint32_t)UINTHEXVAL);
ku_assert_str_equal("Unsigned integer was converted to string.", \
actual, expected);
ku_assert_equal("return value is number of printable characters in the string.", \
(int)retVal, (int)(sizeof(expected) - 1));
#undef UINTVAL
return 0;
}