Added libpathing to LLPHYSICSEXTENSIONS_INCLUDE_DIRS
llviewermenu updated a bit to be closer to v-d/rlva. Best viewed without space changes.
Updated llresmgr.cpp from v-d to "handle special case of input value being zero"
pipeline update: hideObject, restoreHiddenObject, hideDrawable, and unhideDrawable added.
Thanks to Henri Beauchamp for some UI code touchups, thanks to Zi Ree for Rebake notification.
Thanks to Mobius Ryba and Ansariel Hiller for the V1-style pathfinding icons.
Note: When opening from pie menu object selection is lost, unless the floater is already open..
This provides a more reliable reproduction of the bug we've been having with inspect.
This fixes standalone when those libraries are installed
elsewhere. Note that it "breaks" standalone if you just
installed the prebuilt manually. For that to work you
have to add /.../libraries/include to CMAKE_INCLUDE_PATH,
which is not recommended because it would pick up any
other prebuilt over your system installed libraries.
Instead, for standalone, install the libraries somewhere
with some prefix and then add that prefix to the environment
variable CMAKE_PREFIX_PATH.
For example, $prefix/include/collada and $prefix/lib/libcollada4dom.so
Conflicts:
indra/cmake/00-Common.cmake
One diff added /MP to CMAKE_CXX_FLAGS_DEBUG while
another removed /arch:SSE2 from the same line.
Fixed to honor both changes.
When linking against the prebuilt libcrypto.so.1.0.0 and
libssl.so.1.0.0 there is a problem running the viewer in
gdb (on debian) because gdb links with libpython2.7.so
which needs a newer openssl on my system (OPENSSL_1.0.1).
The patch allows to work around this problem by defining
-DUSE_SYSTEM_OPENSSL:BOOL=ON when configuring, which then
causes the viewer to be compiled against the system libs.
(If you already installed the prebuilt, you have to manually
remove them with script/install.py --uninstall openSSL).
The prebuilt libcurl expects a function SSLv2_client_method
however, which is not present in my openssl system libs.
A stub was added which is possible because the function
in question isn't used anyway.
