Later we will have several options.
Getting everything since last timestamp (if none everything at all).
Getting everything since today + configure time (1 week).
Should also have a reload all command like conversations once you
cleared the history.
All MAM messages should be written into sql db.
And then probably displayed from there so that regular history works
too.
MAM messages don't have a type nor a from.
If we detect a message without type let's log it and exit without
continuing to try to parse it.
Otherwise we go into _handle_chat() and crash on the no from.
The function creates a form to find such strings as software, os, etc.
It remembers the strings allocated by form_create() and use them below
in caps_create(). The issue is that the form is destroyed before and as
result the strings are freed too.
As solution, allocate own copy of strings.
Timestamps are only set if a message is delayed.
If none is set let's set it upon recaival so we don't have to set it
when it gets displayed.
This means we will also have it for logs etc in the ProfMessage.
xmpp_stanza_add_child() takes own reference to the child stanza.
Therefore we have to release our reference or the child is lost
and not freed otherwise.
The memory leak happens when a presence is received for a MUC room. The
JID is not present in the roster, so updating its status is ignored. We
have to free resource in this case, because it has no owner and is lost
otherwise.
==25736== 47 (32 direct, 15 indirect) bytes in 1 blocks are definitely lost in loss record 1,625 of 3,399
==25736== at 0x4A330FF: malloc (vg_replace_malloc.c:309)
==25736== by 0x13A962: resource_new (resource.c:47)
==25736== by 0x145501: _available_handler (presence.c:665)
==25736== by 0x145501: _presence_handler (presence.c:399)
==25736== by 0x145501: _presence_handler (presence.c:358)
==25736== by 0x80D5F34: handler_fire_stanza (in /usr/lib64/libstrophe.so.0.0.0)
==25736== by 0x80D2B49: _handle_stream_stanza (in /usr/lib64/libstrophe.so.0.0.0)
==25736== by 0x80E15CE: _end_element (in /usr/lib64/libstrophe.so.0.0.0)
==25736== by 0x843EE9B: doContent (in /usr/lib64/libexpat.so.1.6.10)
==25736== by 0x843F94B: contentProcessor (in /usr/lib64/libexpat.so.1.6.10)
==25736== by 0x8441E77: XML_ParseBuffer (in /usr/lib64/libexpat.so.1.6.10)
==25736== by 0x80D586B: xmpp_run_once (in /usr/lib64/libstrophe.so.0.0.0)
==25736== by 0x13E07E: connection_check_events (connection.c:119)
==25736== by 0x13869C: prof_run (profanity.c:129)
Fixes#1279.
win_println_incoming_muc_msg() always used the current time. Now let's
use whatever is sent int he message struct (from the delay stanza or
the current time that we set now once the message is received).
No playing with the time upon display anymore.
If we are connected with another client and send a message, then correct
it. We now display it correctly in Profanity.
Id wasn't saved for carbon copied messages too so far.
So far the correction is sent. But the UI in Profanity itself is not
updated.
Also autocompletion for `/correct` with the last sent message is
missing.
So far we saved the timestamp which also had the `from`.
But we need this only to find out whether it's MUC history.
For displaying we should use the oldest delay timestamp.
Also in
61f66966dd (diff-4926fd4577a336bd3eb240f8104a5c5bL837)
a error was introduced.
Before we saved the timestamp in all cases. And only if timestamp AND
from was given we went into MUC history case.
Normal timestamp saving was not done anymore only if it also had a from
attribute.
Regards https://github.com/profanity-im/profanity/issues/1254
So far we got the first delay with a from that comes from the server.
This way we know it's MUC history.
Now we take the first time stamp we actually find. Which is likely the
one being added first. And should contain the correct time to display.
It would be nicer to actually compare the dates though.
Regards https://github.com/profanity-im/profanity/issues/1254
Cannot be configured for now.
Can be set via `adv.notify.discoversion` in the `notification` section.
Will notify about version requests via XEP-0092 and XEP-0232.
Client version can still be seen via caps (capabilities).
See `stanza_attach_caps()`.
