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/* cc test.c -Irgo/include -L. -lrgo -otest */
#include <assert.h>
#include <inttypes.h>
#include <rgo.h>
#include <stddef.h>
#include <stdint.h>
#include <stdio.h>
int main(void) {
fprintf(stderr,"rgo test\n");
fprintf(stderr,"arch: %s\n",sus_archstr);
fprintf(stderr,"fast: %s\n",rgo_fastimpl() ? "yes" : "no");
fprintf(stderr,"\n");
{
#undef arrsz
#define arrsz ((size_t)0x8)
uint64_t arr0[arrsz] = {0x0};
rgo_memfill(arr0,arrsz * sizeof (uint64_t),UINT8_C(0x0));
fprintf(stderr,"arr0[0]: %" PRIX64 "\n",arr0[(size_t)0x0]);
fprintf(stderr,"arr0[1]: %" PRIX64 "\n",arr0[(size_t)0x1]);
fprintf(stderr,"arr0[2]: %" PRIX64 "\n",arr0[(size_t)0x2]);
fprintf(stderr,"arr0[3]: %" PRIX64 "\n",arr0[(size_t)0x3]);
fprintf(stderr,"arr0[4]: %" PRIX64 "\n",arr0[(size_t)0x4]);
fprintf(stderr,"arr0[5]: %" PRIX64 "\n",arr0[(size_t)0x5]);
fprintf(stderr,"arr0[6]: %" PRIX64 "\n",arr0[(size_t)0x6]);
assert(arr0[(size_t)0x0] == UINT64_C(0x0));
assert(arr0[(size_t)0x1] == UINT64_C(0x0));
assert(arr0[(size_t)0x2] == UINT64_C(0x0));
assert(arr0[(size_t)0x3] == UINT64_C(0x0));
assert(arr0[(size_t)0x4] == UINT64_C(0x0));
assert(arr0[(size_t)0x5] == UINT64_C(0x0));
assert(arr0[(size_t)0x6] == UINT64_C(0x0));
rgo_memfill(arr0,arrsz * sizeof (uint64_t),INT8_C(0x7F));
fprintf(stderr,"arr0[0]: %" PRIX64 "\n",arr0[(size_t)0x0]);
fprintf(stderr,"arr0[1]: %" PRIX64 "\n",arr0[(size_t)0x1]);
fprintf(stderr,"arr0[2]: %" PRIX64 "\n",arr0[(size_t)0x2]);
fprintf(stderr,"arr0[3]: %" PRIX64 "\n",arr0[(size_t)0x3]);
fprintf(stderr,"arr0[4]: %" PRIX64 "\n",arr0[(size_t)0x4]);
fprintf(stderr,"arr0[5]: %" PRIX64 "\n",arr0[(size_t)0x5]);
fprintf(stderr,"arr0[6]: %" PRIX64 "\n",arr0[(size_t)0x6]);
assert(arr0[(size_t)0x0] == UINT64_C(0x7F7F7F7F7F7F7F7F));
assert(arr0[(size_t)0x1] == UINT64_C(0x7F7F7F7F7F7F7F7F));
assert(arr0[(size_t)0x2] == UINT64_C(0x7F7F7F7F7F7F7F7F));
assert(arr0[(size_t)0x3] == UINT64_C(0x7F7F7F7F7F7F7F7F));
assert(arr0[(size_t)0x4] == UINT64_C(0x7F7F7F7F7F7F7F7F));
assert(arr0[(size_t)0x5] == UINT64_C(0x7F7F7F7F7F7F7F7F));
assert(arr0[(size_t)0x6] == UINT64_C(0x7F7F7F7F7F7F7F7F));
uint64_t arr1[arrsz] = {0x0};
rgo_memcpy(arr0,arrsz * sizeof (uint64_t),arr1);
fprintf(stderr,"arr1[0]: %" PRIX64 "\n",arr1[(size_t)0x0]);
fprintf(stderr,"arr1[1]: %" PRIX64 "\n",arr1[(size_t)0x1]);
fprintf(stderr,"arr1[2]: %" PRIX64 "\n",arr1[(size_t)0x2]);
fprintf(stderr,"arr1[3]: %" PRIX64 "\n",arr1[(size_t)0x3]);
fprintf(stderr,"arr1[4]: %" PRIX64 "\n",arr1[(size_t)0x4]);
fprintf(stderr,"arr1[5]: %" PRIX64 "\n",arr1[(size_t)0x5]);
fprintf(stderr,"arr1[6]: %" PRIX64 "\n",arr1[(size_t)0x6]);
assert(arr1[(size_t)0x0] == arr0[(size_t)0x0]);
assert(arr1[(size_t)0x1] == arr0[(size_t)0x1]);
assert(arr1[(size_t)0x2] == arr0[(size_t)0x2]);
assert(arr1[(size_t)0x3] == arr0[(size_t)0x3]);
assert(arr1[(size_t)0x4] == arr0[(size_t)0x4]);
assert(arr1[(size_t)0x5] == arr0[(size_t)0x5]);
assert(arr1[(size_t)0x6] == arr0[(size_t)0x6]);
sus_typ_u8 const eq = rgo_memeq(arr1,arrsz,arr0);
fprintf(stderr,"eq: %u\n",eq);
assert(eq);
#undef arrsz
}
fprintf(stderr,"\n");
{
char const * str0 = "Hello there! General Kenobi?";
fprintf(stderr,"str0: \"%s\"\n",str0);
size_t const strsz = rgo_strlen(str0);
fprintf(stderr,"strsz: %zX\n",strsz);
assert(strsz == (size_t)0x1C);
}
fprintf(stderr,"\n");
{
char const * restrict str = "Oh my science!";
fprintf(stderr,"str: \"%s\"\n",str);
size_t len = rgo_strlen(str);
fprintf(stderr,"len: %zX\n",len);
size_t pos0 = rgo_fndchr(str,' ');
size_t pos1 = rgo_fndbyte(str,len,(sus_typ_u8)' ');
fprintf(stderr,"pos0: %zX\n",pos0);
fprintf(stderr,"pos1: %zX\n",pos1);
assert(pos0 == (size_t)0x2);
assert(pos1 == pos0);
str += pos0 + (size_t)0x1;
len = rgo_strlen(str);
pos0 = rgo_fndchr(str,' ');
pos1 = rgo_fndbyte(str,len,(sus_typ_u8)' ');
fprintf(stderr,"pos0: %zX\n",pos0);
fprintf(stderr,"pos1: %zX\n",pos1);
assert(pos0 == (size_t)0x2);
assert(pos1 == pos0);
str += pos0 + (size_t)0x1;
len = rgo_strlen(str);
pos0 = rgo_fndchr(str,' ');
pos1 = rgo_fndbyte(str,len,(sus_typ_u8)' ');
fprintf(stderr,"pos0: %zX\n",pos0);
fprintf(stderr,"pos1: %zX\n",pos1);
assert(pos0 == (size_t)-0x1);
assert(pos1 == pos0);
}
fprintf(stderr,"\n");
{
char const str0[] = "What's up, my guy?";
fprintf(stderr,"str0: \"%s\"\n",str0);
char const str1[] = "What's up, my guy?";
fprintf(stderr,"str1: \"%s\"\n",str1);
char const str2[] = "I don't know you!";
fprintf(stderr,"str2: \"%s\"\n",str2);
sus_typ_u8 const cmp0 = rgo_streq(str0,str1);
sus_typ_u8 const cmp1 = rgo_streq(str0,str2);
sus_typ_u8 const cmp2 = rgo_streq(str1,str2);
fprintf(stderr,"cmp0: %u\n",cmp0);
fprintf(stderr,"cmp1: %u\n",cmp1);
fprintf(stderr,"cmp2: %u\n",cmp2);
assert(cmp0);
assert(!cmp1);
assert(!cmp2);
}
fprintf(stderr,"\n");
{
char const str0[] = "What in the world are you doing?";
fprintf(stderr,"str0: \"%s\"\n",str0);
char str1[sizeof (str0)];
assert(rgo_strcpy(str0,str1) == (size_t)0x20);
fprintf(stderr,"str1: \"%s\"\n",str1);
assert(rgo_streq(str0,str1));
}
fprintf(stderr,"\n");
printf("All tests have passed!\n");
}
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