We can't rlock if we've registered ourselves as a writer. We can only
figure that out by checking if we're the thread that initiated the
pause: is the server paused already?
We're in a much better place now and there is only a single task active
for a given syncinfo_t plus the task that's just scheduled it and is
wrapping up. Any remaining times this wouldn't be true are probably bugs
to be fixed.
epoch_append should be called at the point the object is not reachable
anymore, otherwise a thread from a "future" might still access it post
reclamation.
For simple (non-nested) member compares, avoid unnecessary fetches
of dyngroups that can't match the filter.
cache filter/entry instance info across multiple dyn entries to
avoid refetching each filter entry for each dyngruop test.
Minimize cost of dynamic lists while still making them filterable:
require their attrs to be explicitly mapped if filtering is to be supported.
Also check config scope in compare op
fakepage pointers are only guaranteed to be 2-byte aligned. Use a
2-byte aligned struct definition when referencing 2-byte page members
if a page pointer possibly points to a fakepage.
config_back_entry_get currently returns the entry directly without
securing the rwlock, which is unsafe. However we can't keep holding it
on return in case the caller decides to hold onto the entry
indefinitely, hence rlock+entry_dup+runlock.
Some values we export in cn=monitor are not managed in a single place,
instead, a task exists that gathers a snapshot of the lloadd state and
stores it for monitor consumption. This exposes a race between the test
reading it out and lloadd updating this cached copy. While we still have
to rely on a shell, rather than being intelligent about whether or not
we should emit a readout into search.out or wait and try again (which is
what test004-monitor does), just filter this attribute out.
Use #elif defined(...) for HAVE_WINSOCK and MACOS. All other instances
of these macros use #ifdef or similar. A compiler may warn about them
not being defined.
In libraries/liblber/sockbuf.c, (DOS && PCNFS) and (DOS && NCSA) were
replaced with HAVE_PCNFS and HAVE_NCSA, respectively. It seems logical
to do the same at the only remaining occurrence of DOS, PCNFS, and NCSA.
Use #if HARDCODE_DATA consistently, replacing two instances of #ifdef.
HARDCODE_DATA is always defined, and this way you can set HARDCODE_DATA
to 0 and have it work, rather than it going down the wrong branch and
failing in these two cases.
