"./unrealircd reloadtls" and there is now also a "./unrealircd status"
The output is colorized if the terminal supports it (just like on the
boot screen) and also the exit status is 0 for success and non-0 for
failure. The purpose of all this is that you can easily detect rehash
errors on the command line.
These three commands communicate to UnrealIRCd via the new control
UNIX socket, which is in ~/data/unrealircd.ctl.
This also does a lot of other stuff because we now have an internal
tool called bin/unrealircdctl which is called by ./unrealircd for
some of the commands to communicate to the unrealircd.ctl socket.
Later on more of the existing functionality may be moved to that
tool and we may also provide it on Windows in CLI mode so people
have more of the same functionality as on *NIX.
That is, until the first REHASH happened, after that all is good.
This was caused by update_throttling_timer_settings() being
called before init_throttling().
This only happens in some circumstances.
From now on EventDel() will simply mark the event as deleted.
The actual freeing is started in DoEvents() after the event loop.
This makes it safe to use EventDel() everywhere.
The previous attempt to fix that issue was
d29a55a8db but it introduced a
new crash issue for a slightly different case, as mentioned in
https://bugs.unrealircd.org/view.php?id=5553
which specifies the time in milliseconds rather than seconds. This
allows for additional precision, or at least multiple calls per second.
The minimum allowed every_msec value is 100 at this time.
The prototype is now: EventAdd(Module *module, char *name,
vFP event, void *data, long every_msec, int count);
aChannel to Channel, and some more. Third party module coders will
love this. But.. it makes things more logical and the doxygen output
will look more clean and logical as well.
(More changes will follow)
explicit cast to (long long). On *NIX we could get away with
lazily assuming time_t is of the same length as long (and use %ld),
even though the specification says nothing about it.
Unfortunately on Windows things are not that simple:
'time_t' is 'long long' (64 bits) and both 'int' and 'long'
are 32 bits, even when compiling in 64 bit mode.
This problem could be 'fixed' in multiple ways:
One way would be to minimize the usage of time_t and use 'long long'
or 'uint64_t' everywhere for variables to minimize casting later.
I, however, chose to maintain 'time_t' for most of time grabbing
and time calculations (eg: delta), and do the explicit cast in
any printf-like functions that may be there.
Both solutions work. I mostly like the explicit time_t look, so one
can immediately recognize a variable relates to time.
Bram Matthys