Lines Matching refs:ok
406 /* Check representation invariants; if OK return NULL; else a
490 return NULL; /* ok */
573 /* Ok, there's no entry in the secondary map, so we'll have
773 Bool ok = True;
789 ok = False;
791 return ok;
799 Bool ok = True;
807 ok = False;
812 return ok;
1106 Bool ok = parse_Addr(ppc, result1);
1107 if (!ok)
1112 ok = parse_Addr(ppc, result2);
1113 if (!ok)
1124 Bool ok;
1129 ok = parse_range(ppc, &start, &end);
1130 if (!ok)
1167 Bool ok;
1208 ok = get_vbits8(ai, &vbits8);
1209 if (!ok) n_addrs_bad++;
1249 Bool ok;
1315 ok = set_vbits8(ai, vbits8);
1316 if (!ok) n_addrs_bad++;
2677 /* We have 8-alignment at -12, hence ok to do 8 at -12 and 4 at
3633 /* Ok, a is safe to read. */
3651 Bool ok = is_mem_addressable ( base, size, &bad_addr );
3653 if (!ok) {
3748 (2) is OK because memory newly obtained from mmap really is defined
3752 (1) is OK because the only way to make the memory usable is via
3768 been made that way by (1), and so it's OK to change it to
4507 /* Copy Vbits from/to address 'a'. Returns: 1 == OK, 2 == alignment
4520 Bool ok;
4535 ok = set_vbits8(a + i, ((UChar*)vbits)[i]);
4536 tl_assert(ok);
4541 ok = get_vbits8(a + i, &vbits8);
4542 tl_assert(ok);
4797 if VG_BOOL_CLO(arg, "--partial-loads-ok", MC_(clo_partial_loads_ok)) {}
4828 Bool ok = parse_ignore_ranges(tmp_str);
4829 if (!ok)
4878 " --partial-loads-ok=no|yes too hard to explain here; see manual [no]\n"
4881 " --ignore-ranges=0xPP-0xQQ[,0xRR-0xSS] assume given addresses are OK\n"
4954 /* Ok, we have to allocate a new one. */
4990 Bool ok;
5008 ok = is_mem_addressable ( arg[1], arg[2], &bad_addr );
5009 if (!ok)
5011 *ret = ok ? (UWord)NULL : bad_addr;
