/* Cannot evaluate, keep target */
heap_size_warn(
"We could not obtain RLIMIT_DATA, using a %zd bytes "
- "heap size.",
+ "heap size limit.",
target);
return target;
}
if (target + heap_gap > rlp.rlim_max) {
heap_size_warn(
"The hard RLIMIT_DATA is too low (%zd bytes), reducing "
- "the heap size target to %zd bytes. ",
+ "the heap size limit target to %zd bytes. ",
(size_t)rlp.rlim_max, (size_t)(rlp.rlim_max - heap_gap));
target = rlp.rlim_max - heap_gap;
}
heap_size_warn(
"The soft RLIMIT_DATA was too low (%zd bytes), "
"but we could increase it to %zd bytes. "
- "Using a %zd bytes heap size.",
+ "Using a %zd bytes heap size limit.",
(size_t)oldcur, (size_t)rlp.rlim_cur, target);
return target;
} else {
heap_size_warn(
"We could not grow the soft RLIMIT_DATA to %zd "
- "bytes. Using a %zd bytes heap size.",
+ "bytes. Using a %zd bytes heap size limit.",
(size_t)rlp.rlim_cur,
(size_t)(rlp.rlim_cur - heap_gap - missing));
return (size_t)(rlp.rlim_cur - heap_gap - missing);
}
#endif
- heap_size_warn("Using a %zd bytes heap size.", target);
+ heap_size_warn("Using a %zd bytes heap size limit.", target);
return target;
}