Current mainline gcc.
common_test_1.c: In function 'main':
common_test_1.c:56:14: error: comparison between two arrays [-Werror=array-compare]
56 | assert (c5 > c4);
| ^
common_test_1.c:56:14: note: use '&c5[0] > &c4[0]' to compare the addresses
* testsuite/common_test_1.c: Avoid -Waddress warnings.
* testsuite/common_test_1_v1.c: Likewise.
* testsuite/common_test_1_v2.c: Likewise.
* testsuite/script_test_2.cc: Likewise.
int
main (int argc __attribute__ ((unused)), char** argv __attribute__ ((unused)))
{
- assert (c5 > c4);
- assert (c4 > c3);
- assert (c3 > c2);
- assert (c2 > c1);
- assert (c1 > c6);
- assert (c6 > c7);
- assert (c7 > c8);
- assert (c8 > c9);
+ assert (&c5[0] > &c4[0]);
+ assert (&c4[0] > &c3[0]);
+ assert (&c3[0] > &c2[0]);
+ assert (&c2[0] > &c1[0]);
+ assert (&c1[0] > &c6[0]);
+ assert (&c6[0] > &c7[0]);
+ assert (&c7[0] > &c8[0]);
+ assert (&c8[0] > &c9[0]);
assert (&a1 < &a2);
assert (&a2 < &a3);
main (int argc __attribute__ ((unused)), char** argv __attribute__ ((unused)))
{
/* These tests are deliberately incorrect. */
- assert (c5 < c4);
- assert (c4 < c3);
- assert (c3 < c2);
- assert (c2 < c1);
- assert (c1 < c6);
- assert (c6 < c7);
- assert (c7 < c8);
- assert (c8 < c9);
+ assert (&c5[0] < &c4[0]);
+ assert (&c4[0] < &c3[0]);
+ assert (&c3[0] < &c2[0]);
+ assert (&c2[0] < &c1[0]);
+ assert (&c1[0] < &c6[0]);
+ assert (&c6[0] < &c7[0]);
+ assert (&c7[0] < &c8[0]);
+ assert (&c8[0] < &c9[0]);
assert (&a1 > &a2);
assert (&a2 > &a3);
{
// After an incremental update, all guarantees about ordering
// are null.
- assert (c5 != c4);
- assert (c4 != c3);
- assert (c3 != c2);
- assert (c2 != c1);
- assert (c1 != c6);
- assert (c6 != c7);
- assert (c7 != c8);
- assert (c8 != c9);
+ assert (&c5[0] != &c4[0]);
+ assert (&c4[0] != &c3[0]);
+ assert (&c3[0] != &c2[0]);
+ assert (&c2[0] != &c1[0]);
+ assert (&c1[0] != &c6[0]);
+ assert (&c6[0] != &c7[0]);
+ assert (&c7[0] != &c8[0]);
+ assert (&c8[0] != &c9[0]);
assert (&a1 != &a2);
assert (&a2 != &a3);
assert(end_data == start_data + 15);
// Check that FILL works as expected.
- assert(start_fill == end_data);
+ assert(&start_fill[0] == &end_data[0]);
assert(memcmp(start_fill, "\x12\x34\x56\x78\x12\x34\x56\0", 8) == 0);
assert(end_fill == start_fill + 8);
- assert(end_test_area == end_fill);
+ assert(&end_test_area[0] == &end_fill[0]);
- assert(test_addr == start_test_area_1);
- assert(test_addr_alias == test_addr);
+ assert(&test_addr[0] == &start_test_area_1[0]);
+ assert(&test_addr_alias[0] == &test_addr[0]);
}