Correct a condition where a prim is linked before it has been persisted
for the first time and is then persisted through it's former SOG with
a bad offset position.
XEngine: Change a number of methods to use the new link part method.
Fix ALL_SIDES for llSetColor, llSetTexture, llSetAlpha, llSetPrimitiveParams,
llGetPrimitiveParams(PRIM_TEXTURE, PRIM_COLOR).
XEngine fixes: prevent queue overruns, prevent spamming when no key
is down. Release controls when conflicting permissions are requested
or permissions are refused later. Release when prim or script are deleted.
Fixes Scene script instance deletion semantics.
works. Also makes llGetFreeMemory return the constant 16384.
LLGetFreeMemory is useless in SL, as it never goes up, only down.
So, the only thing it is used for, in practice, is to detect an imminent
stack/heap collision, a danger we don't have.
Remove some unused osFunctions that were left in the LSL function
file from the separation way back when. Inline the osSetParcelMediaURL
code to get rid of the osFunction. Really need to add a way for one API
to call another.
Thank you, ralphos, for a patch the adapts llSetColor and friends to
a change in the underlying types.
Also, thank you for a much cleaner way of casting types out of
lists, which I will adopt throughout.
Floating text, Rotation, Texture animation, Particle System
This will make "Eye Candy" scripts work without modification in
XEngine. The use of the CHANGED_REGION_RESTART hack is no longer
needed. Implemented in MySQL only, hovertext also in SQLite.
* Please note that this implementation has not been mathematically verified to be correct-as-described, it is probable that this implementation may produce differing results to Linden Lab. Testing (and test data) would be appreciated.
* This is a HUGE OMG update and will definitely have unknown side effects.. so this is really only for the strong hearted at this point. Regular people should let the dust settle.
* This has been tested to work with most basic functions. However.. make sure you back up 'everything' before using this. It's that big!
* Essentially we're back at square 1 in the testing phase.. so lets identify things that broke.
Types extracted from a LSL_Types.list have to be down-cast initially
to the exact type of value type object that the Object actually is.
This would make for very cumbersome, ugly code when extracting list
parameter items in ll functions where a few implicit conversions
should be applied such as key -> LSLString and LSLInteger -> LSLFloat
(but not LSLFloat -> LSLInteger). This patch adds a set of GetXXXItem
member functions to the LLS_Type.list class, where XXX is the name
of the LSL_Type to be extracted: LSLFLoat, LSLInteger etc. All take
a single, int parameter that is the item number to be extracted.
