Adds a std::map for hostname (or urls) --> PerHostRequestQueue
objects. The latter keeps track of the number of added curl easy
requests and decides if a new request should be throttled or
not, as well as provides the queue to queue throttled requests.
At the moment CurlConcurrentConnectionsPerHost is set to 16,
because things really don't work without LL supporting connection
reuse if we limit it to 2. CurlConcurrentConnectionsPerHost is
also set to non-persistent so that we can easily change it in the future
(once we decide on it's final value it can be set to persistent).
Updated/added documentation.
Removed AIThreadSafeWindowsHack that annoyed me (fix your compiler).
Don't use 'static' in anonymous namespace.
Use the AIThreadSafe*DC variants for default constructed objects,
as opposed to the AITHREADSAFE* macro's.
-Nametag bubble visbility is oddly inconsistent. May vanish with future planned UI merges...
-VBOs are PAINFULLY slow on ATI hardware. This repos self-compiled davep/shining-fixes branch, so I'll leave the ball in LL's court for now regarding that.
This fixes the bug that if you Quit while in the Singularity -> Pose
Stand, then you are permanently hovering over the group until you go
into Advanced -> Debug Settings and reset AscentAvatarZModifier.
It also fixes that before, when you changed AscentAvatarZModifier
in Advanced -> Debug Settings then you saw no effect (until the
viewer would sent an AvatarAppearance message.
After this patch, changing any of the AscentAvatar*Modifier settings
has immediate visible effect, and a pose stand (Z-offset) is reset
when quitting.
Added missing header to indra/newview/ascentkeyword.cpp now that
llviewerpluginmanager.h has a couple of header dependencies less.
Resolved Conflicts:
indra/llcommon/CMakeLists.txt
Proximity: addition of two independent things. Just included both.
This is the skeleton needed to implement classes that can be reused and
work together, which can perform asynchronous tasks (read: need to wait
for certain events before they can continue).
An example would be the task of waiting for a given inventory folder to
be read. This could then be used to improve the builtin AO
(automatically reading that folder when a notecard is dropped, and
continuing when the whole folder is read).
It's first use will be communication with a filepicker that runs
in a plugin.
Wrapped gSettings and the global objects returned by Settings::get() and
Globals::get() in AIThreadSafe, forcing thread-safe access.
This solves the problem of possible corruption of the various LevelMap's
in LLError::Settings due to thread unsafe accesses.
