Immediately disables button and reenables it
again when upload/save was a failure.
The callback is now ignored if the snapshot
was refresh in the meantime.
This is just a skeleton, roughly copied from the Postcoard
code, which is very similar. Nothing in indra/newview/llfloaterfeed.cpp
has been changed yet, apart from a few deletions (to make it compile)
and the literal replacement of "Postcard" with "Feed".
indra/newview/llfloatersnapshot.cpp was updated however to
open the new floater when one tries to upload a snapshot to the feed.
It is still needed to make a callback to saveFeed(), or rather to
move that function to the saveFeed that is in llfloatersnapshot.cpp.
Cookies are now collected during redirects, one the last cookie
of a given name is kept. Cookies are then set by looking for
the right cookie name (instead of what viewer 3 does: just
use the last cookie that was set).
This fixes the merchant outbox.
Add CURLTR debug channel for libcurl API calls,
and use CURLIO only for libcurl debug output.
Note: need to set gDebugCurlTerse to true for
filtering to take effect, then pass 'debug_on'
to the LLHttpClient methods that require debugging.
If an avatar TP's away (or quits), he will not
disappear anymore from a frozen scene. Unfreezing
makes him disappear of course (and clean up).
Known bug: if during Freeze Time mode someone
TPs away and then back, then he becomes a cloud
after Freeze Time is ended, which can only be
reset by another teleport (or relog) from either
the cloud or the one seeing him as cloud.
I decided not to fix this, cause there are things
with a higher priority and this - if it happens
at all - is rare and easy to recognize and work
around.
XMLRPCResponder constructor was missing.
This fixes the following crash signature:
VIEWER : 2012-12-12T14:25:13Z INFO("AppInit"): setStartupState: Startup state changing from STATE_LOGIN_NO_DATA_YET to STATE_LOGIN_DOWNLOADING
VIEWER : 2012-12-12T14:25:14Z INFO("AppInit"): transferRate: Buffer size: 1308 B
VIEWER : 2012-12-12T14:25:14Z INFO("AppInit"): transferRate: Transfer rate: 11 kb/s
Program received signal SIGSEGV, Segmentation fault.
0x00007ffff33df7f5 in XMLRPC_RequestGetData () from /usr/lib/x86_64-linux-gnu/libxmlrpc-epi.so.0
(gdb) bt
Reason was that if the server replied with some error code then
mResponse was undefined.
I also added code to retry three times in that case;
the http status code that I get was 503, which really
mean "Service *temporarily* unavailable", so a retry
is in order.
XMLRPCResponder constructor was missing.
This fixes the following crash signature:
VIEWER : 2012-12-12T14:25:13Z INFO("AppInit"): setStartupState: Startup state changing from STATE_LOGIN_NO_DATA_YET to STATE_LOGIN_DOWNLOADING
VIEWER : 2012-12-12T14:25:14Z INFO("AppInit"): transferRate: Buffer size: 1308 B
VIEWER : 2012-12-12T14:25:14Z INFO("AppInit"): transferRate: Transfer rate: 11 kb/s
Program received signal SIGSEGV, Segmentation fault.
0x00007ffff33df7f5 in XMLRPC_RequestGetData () from /usr/lib/x86_64-linux-gnu/libxmlrpc-epi.so.0
(gdb) bt
Reason was that if the server replied with some error code then
mResponse was undefined.
I also added code to retry three times in that case;
the http status code that I get was 503, which really
mean "Service *temporarily* unavailable", so a retry
is in order.
* Allow to pass -1 to LLImageBase::reallocateData too (default parameter),
causing it to allocate what is necessary for the size set (same
behavior as allocateData).
* Speed up LLImageRaw::scale with factor 2 or 3 by copying the data less
often and calling LLImageBase::reallocateData instead of destroying
and recreating always.
* Fix gl_rect_2d to not decrement top and right with one pixel.
* Remove the vague "Constrain Proportions" checkbox and replace it with
a new combo box and spinner to explicitly set the target aspect ratio,
allowing to set it also to something different than either the window
aspect ratio (ie, 1.6) or the target image dimension (1.0 for textures)
which was totally lacking when, for example, uploading a profile image
(which needs to be 4:3). This also allows to show snapshots on prims
of arbitrary aspects.
