| Age | Commit message (Collapse) | Author |
|---|
|
|
|
Make LLFloaterLUADebug store a persistent LuaState.
|
|
That means that as you use the floater, variables that you assign and
functions that you define are available to subsequent Lua chunks.
|
|
When an LLFloaterLUADebug script returns a value, display the value.
|
|
* secondlife/viewer#771: Put PBR material swatch behind feature flag
* secondlife/viewer#771: Make viewer respect PBRMaterialSwatchEnabled from SimulatorFeatures
|
|
|
|
We add a suffix to let us publish a Lua foo() function that wraps a C++ foo()
function. Of course the lua_CFunction must accept lua_State* and extract its
parameters from the Lua stack, so it must invoke different C++ code than the
C++ foo() function it's trying to reach. So the lua_CFunction is a method of
the LuaFunction subclass instance named foo_lua.
The suffix was _luadecl, but since the class name shows up in log messages,
make it the more streamlined _lua instead.
|
|
The chunk:
return 1, 2, {}
differs in two ways from:
print(1, 2, {})
First, print() engages the Lua tostring() builtin, so it displays values as
Lua sees them. (For a table, tostring() displays "table: hex", which isn't so
wonderful.) But LLFloaterLUADebug serializes the LLSD converted from the Lua
return values.
Second, we've overridden print() to engage a function that writes to the
viewer log as well as displaying to LLFloaterLUADebug. (As we go forward, most
Lua scripts won't be run manually by LLFloaterLUADebug.) The values returned
by a Lua chunk aren't implicitly logged. Each C++ caller wanting to evaluate a
Lua expression can choose whether to log the results.
|
|
|
|
|
|
|
|
secondlife/viewer-issues#67: Add test plan + fix Windows build
|
|
|
|
|
|
Improve PBR terrain loading robustness
|
|
|
|
Mirrors pre-release
|
|
|
|
|
|
SimulatorFeatures
|
|
|
|
|
|
|
|
Break out lua_function.h to enable decentralizing Lua entry points to C++.
|
|
|
|
Extend the LuaFunction::Registry map to store helptext as well as the function
pointer.
Add help text to every existing lua_function() invocation.
|
|
|
|
|
|
macOS clang produces fatal warnings when trying to pass a const char*
parameter to luaL_error() (-Wformat-security). Temporarily suppressing that
requires #pragma clang directives which, in turn, produce fatal warnings in
VS.
Moreover, VS recognizes that luaL_error() never returns, and so diagnoses the
following return statement as unreachable code. But that return statement is
the whole reason for lluau::error()'s existence...
|
|
|
|
|
|
|
|
Add a new test<1>() that tests returning values from a Lua chunk using
LLLUAmanager::waitScriptLine(). This exercises lua_tollsd() without yet
involving LLEventPump machinery.
For that purpose, extract from test<2>() the sequence of (description,
expression, LLSD expected) triples into a static C array. The new test<1>()
returns each such expression as a result; test<2>() posts each such expression
to a test LLEventPump.
test<2>() now uses waitScriptLine() instead of pumping the coroutine scheduler
a few times and hoping. The pump-and-hope tactic worked before, but no longer
does. waitScriptLine() is more robust anyway.
Move the former test<1>() to test<3>() because it exercises still more
machinery, specifically listen_events() and await_event(). Because this test
involves a handshake with C++ code, use startScriptLine() to launch the Lua
coroutine while providing a definite way to wait for completion later. Again,
startScriptLine() followed by get() on the returned future is more robust
than the previous pump-and-hope code.
Similarly, the former test<3>(), now renamed test<4>(), uses startScriptLine()
and Future::get() instead of pump-and-hope.
|
|
Break out for LLLUAmanager consumers the promise/future semantics of
waitScriptFile() and waitScriptLine(). startScriptMumble() uses
runScriptMumble() to launch a coroutine to run the specified Lua script or
chunk, providing an internal adapter callback to set a promise on completion.
It then returns to its caller the future obtained from that promise. This
allows a caller to call startScriptMumble(), run in parallel with the Lua
coroutine for a while and then call get() on the returned future to wait for
results.
waitScriptMumble() is then trivially implemented using startScriptMumble().
Fix runScriptLine()'s logic to abbreviate the passed Lua chunk for use as the
description. We were erroneously assigning back through a string_view of the
parameter, which overwrote a temporary string in the argument list.
With Lua 5.4, listen_events() tried to discover the main "thread" (Lua
coroutine) associated with the current lua_State so we could call async
callbacks on that thread. Luau doesn't seem to provide that feature, so run
callbacks on whichever thread calls listen_events().
Reinstate original multi-argument lua_print_msg(), tweaked to avoid the Lua
5.4 lua_rotate() function, which is missing from Luau.
|
|
We were calling lua_pcall() in such a way as to discard any values returned by
the Lua chunk.
Work around Luau's broken lua_tointegerx(), which unlike vanilla Lua's does
not report whether the value at the specified index is or is not an integer.
|
|
|
|
|
|
Rename ISSUE_TEMPLATE/config.yaml to config.yml
|
|
Issue template configuration is the only github configuration file I've found which does not support both `*.yaml` and `*.yml` extensions. Drat.
|
|
Add link to feedback portal
|
|
|
|
Confusion between light diffuse and light color in HDR auto-adjust mode
|
|
merge main to materials_featurette
|
|
secondlife/viewer#711: Add test plan
|
|
While the SUNLIGHT_COLOR uniform is initialized with getSunlightColor() when not
auto-adjusting for HDR, it is overwritten with getSunDiffuse()*auto_adjust_factor
when auto-adjusting, causing very bad lighting discrepancies in the latter mode
(especially when not at midday or midnight).
Let's use getSunlightColor() everywhere, shall we ?...
|
|
|
|
Terrain graphics feature gating
|
|
|
|
|
|
yet used
|
