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continued conversion to units system
made units perform type promotion correctly and preserve type in arithmetic
e.g. can now do LLVector3 in units
added typedefs for remaining common unit types, including implicits
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added convenience types for units F32Seconds, etc.
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point after crossing region boundary
fine-tuned heuristics for switching between mean and current values in stat bar display
added comments to LLUnits unit test
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bounces once per second
SH-4346 FIX: Interesting: some integer Statistics are displayed as floating point after crossing region boundary
made llerrs/infos/etc properly variadic wrt tags
LL_INFOS("A", "B", "C") works, for example
fixed unit tests
remove llsimplestat
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consolidated most indra-specific constants in llcommon under indra_constants.h
fixed issues with operations on mixed unit types (implicit and explicit)
made LL_INFOS() style macros variadic in order to subsume other logging methods
such as ll_infos
added optional tag output to error recorders
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fast timer data now resets on login
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build.sh LogScan greps for "error:" (among other things) so removing the colon
from the test name "syntax_error" should help.
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removed implicit flushes on reads from recorders for better performance
made sure stack timers were updated on recorder deactivate
faster rendering and better ui for fast timer view
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added getAs and setAs to LLUnit to make it clearer how you specify units
removed accidental 0-based indexing of periodicRecording history...
should now be consistently 1-based, with 0 accessing current active recording
removed per frame timer updates of all historical timer bars in fast timer display
added missing assignment operator to recordings
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changed Units macros and argument order to make it more clear
optimized units for integer types
fixed merging of periodicrecordings...should eliminate duplicate entries in sceneloadmonitor history
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Introduce LLCoros::setStackSize(), with a compile-time default value we hope
we never have to use. Make LLAppViewer call it with the value of the new
settings variable CoroutineStackSize as soon as we've read settings files.
(While we're at it, notify interested parties that we've read settings files.)
Give CoroutineStackSize a default value four times the previous default stack
size. Make LLCoros::launch() pass the saved stack size to each new coroutine
instance.
Re-enable lleventcoro integration test. Use LLSDMap() construct rather than
LLSD::insert(), which used to return the modified object but is now void.
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dependencies
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Normalize deadman timer's args on U64/F64. Internals remain the
same. Modify mesh to collect and output enhanced CPU metrics.
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Integrated as a ctor-time option to LLDeadmanTimer and have mesh
use this mode for the stats I'm gathering.
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Windows resolution isn't good enough for a strictly increasing
time test in the unit tests.
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The http_texture_load example program has some cpu usage gathering
tools that should be generally useful and specifically for the
deadman switch. Port these into llcommon into new all-static
class LLProcInfo. Add unit test, etc.
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Timer interface violated my design rules and I paid for it
with clumsiness and silent errors. Cleaned it up mainly
removing the evil default values. Found better integration
points in the mesh downloader and it's producing fairly
consistent numbers on the MeshTest2 test region (about
5500 downloads, ~90 seconds, +/- 10 seconds). Will review
with davep and do an early timer stop on teleport which
invalidates a timing sequence.
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doesn't allow negative offsetting for unit tests. Had to keep
things positive. Could do windows-specific test cases but I'm
hoping to dump lltimer from the implementation later.
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the deadman's timer. Found some bugs, dig some cleanup and
documented a few things. Definitely want to get rid of the
U64/F64 interfaces at sometime but this is a good start.
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Will be used for mesh, inventory, etc., operation markers.
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from this tree
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In autobuild.xml, specify today's build of the Boost package that includes the
Boost.Context library, and whose boost::dcoroutines library uses Boost.Context
exclusively instead of its previous context-switching underpinnings (source of
the ucontext.h dependency).
Add BOOST_CONTEXT_LIBRARY to Boost.cmake and Copy3rdPartyLibs.cmake. Link it
with the viewer and with the lllogin.cpp test executable.
Track new Boost package convention that our (early, unofficial) Boost.Coroutine
library is now accessed as boost/dcoroutine/etc.h and boost::dcoroutines::etc.
Remove #include <boost/coroutine/coroutine.hpp> from
llviewerprecompiledheaders.h and lllogin.cpp: old rule that Boost.Coroutine
header must be #included before anything else that might use ucontext.h is
gone now that we no longer depend on ucontext.h. In fact remove
-D_XOPEN_SOURCE in 00-Common.cmake because that was inserted specifically to
work around a known problem with the ucontext.h facilities.
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improved unit tests for LLUnit
renamed LLUnit to LLUnitImplicit with LLUnit being reserved for
explicit units
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added unit tests for LLUnit
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* Removed no longer used unpack_bufsize from bitpack_test.cpp
* Added llviewertexture_stub.cpp to the newview tests directory to fix llworldmap_test.cpp and llworldmipmap_test.cpp linker errors.
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alignment issue in llAppearance.
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The LLURI::buildHTTP() overloads that take an LLSD 'path' accept 'undefined',
LLSD::String and (LLSD::Array of LLSD::String). A sequence of path components
passed in an Array is constructed into a slash-separated path. There are unit
tests in lluri_test.cpp to exercise that case.
To my amazement, there were NO unit tests covering the case of an LLSD::String
path. The code for that case escaped and appended the entire passed string.
While that might be fine for a 'path' consisting of a single undecorated path
component, the available documentation does not forbid one from passing a path
containing slashes as well. But this had the dubious effect of replacing every
slash with %2F.
In particular, decomposing a URL string with one LLURI instance and
constructing another like it using LLURI::buildHTTP() was not symmetrical.
Having consulted with Richard, I made the string-path logic a bit more nuanced:
- The passed path string is split on slashes. Every path component is
individually escaped, then recombined with slashes into the final path.
- Duplicate slashes are eliminated.
- The presence or absence of a trailing slash in the original path string is
carefully respected.
Now that we've nailed down how it ought to behave -- added unit tests to
ensure that it DOES behave that way!!
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Big delta was converting the new texture debugger support code
to the new library. Viewer manifest should probably get an eyeball
before release.
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