but might not on older. It is possible to convert the machine ID into a UUID v4-compatible one. For more
information, see
<citerefentry><refentrytitle>machine-id</refentrytitle><manvolnum>5</manvolnum></citerefentry>. It is
- hence guaranteed that thes functions will never return the ID consisting of all zero or all one bits
+ hence guaranteed that these functions will never return the ID consisting of all zero or all one bits
(<constant>SD_ID128_NULL</constant>, <constant>SD_ID128_ALLF</constant>) — with the possible exception of
<function>sd_id128_get_machine()</function>, as mentioned.</para>
}
/* And now, add the unit or depending units to various queues that will act on the new situation if
- * needed. These queues generally check for continous state changes rather than events (like most of
+ * needed. These queues generally check for continuous state changes rather than events (like most of
* the state propagation above), and do work deferred instead of instantly, since they typically
* don't want to run during reloading, and usually involve checking combined state of multiple units
* at once. */
/* Gets a list of units matching a specific atom as array. This is useful when iterating through
* dependencies while modifying them: the array is an "atomic snapshot" of sorts, that can be read
- * while the dependency table is continously updated. */
+ * while the dependency table is continuously updated. */
UNIT_FOREACH_DEPENDENCY(other, u, atom) {
if (!GREEDY_REALLOC(array, n + 1))
assert_return(device, -EINVAL);
- /* If noone wants to know the UUID, use the simple interface from pre-4.13 times */
+ /* If no one wants to know the UUID, use the simple interface from pre-4.13 times */
if (!ret_uuid)
return sd_device_trigger(device, action);
assert_se(malloc_usable_size(NULL) == 0); /* as per man page, this is safe and defined */
assert_se(__builtin_object_size(NULL, 0) == SIZE_MAX); /* as per docs SIZE_MAX is returned for pointers where the size isn't known */
- /* Then, let's try these macros once with contant size values, so that __builtin_object_size()
+ /* Then, let's try these macros once with constant size values, so that __builtin_object_size()
* definitely can work (as long as -O2 is used when compiling) */
assert_se(f = new(uint32_t, n));
TEST_SIZES(f, n);