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The LLApp API used to consist of init(), mainLoop(), cleanup() methods. This
makes sense -- but on Mac that structure was being subverted. The method
called mainLoop() was in fact being called once per frame. There was
initialization code in the method, which (on Mac) needed to be skipped with an
already-initialized bool. There was a 'while' loop which (on Mac) needed to be
turned into an 'if' instead so the method would return after every frame.
Rename LLApp::mainLoop() to frame(). Propagate through subclasses LLAppViewer
and LLCrashLogger. Document the fact that frame() returns true to mean "done."
(This was always the case, but had to be inferred from the code.)
Rename the Mac Objective-C function mainLoop to oneFrame. Rename the C++ free
function it calls from runMainLoop() to pumpMainLoop(). Add comments to
llappdelegate-objc.mm explaining (inferred) control flow.
Change the Linux viewer main() and the Windows viewer WINMAIN() from a single
LLAppViewer::mainLoop() call to repeatedly call frame() until it returns true.
Move initialization code from the top of LLAppViewer::frame() to the init()
method, where it more properly belongs. Remove corresponding
mMainLoopInitialized flag (and all references) from LLAppViewer.
Remove 'while (! LLApp::isExiting())' (or on Mac, 'if (! LLApp::isExiting())')
from LLAppViewer::frame() -- thus unindenting the whole body of the 'while'
and causing many lines of apparent change. (Apologies to reviewers.)
There are four LLApp states: APP_STATUS_RUNNING, APP_STATUS_QUITTING,
APP_STATUS_STOPPED and APP_STATUS_ERROR. Change LLAppViewer::frame() return
value from (isExiting()) (QUITTING or ERROR) to (! isRunning()). I do not know
under what circumstances the state might transition to STOPPED during a
frame() call, but I'm quite sure that if it does, we don't want to call
frame() again. We only want a subsequent call if the state is RUNNING.
Also rename mainLoop() method in LLCrashLogger subclasses
LLCrashLoggerWindows, LLCrashLoggerMac, LLCrashLoggerLinux. Of course it's
completely up to the frame() method whether to yield control; none of those in
fact do. Honor protocol by returning true (frame() is done), even though each
one's main() caller ignores the return value.
In fact LLCrashLoggerWindows::mainLoop() wasn't using the return protocol
correctly anyway, returning wParam or 0 or 1 -- possibly because the return
protocol was never explicitly documented. It should always return true: "I'm
done, don't call me again."
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MAINT-5507: removal of LLCurl::Easy, LLCurl::Multi LLCurl::Responder
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it does not break non windows builds.
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This will permit other subsystems to use gMessageSystem.callWhenReady() to (e.g.)
register callbacks as soon as gMessageSystem is fully initialized.
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wide char paths; on other platforms they are now just typedefs to the std classes
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respectively
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respectively
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Remove legacy udp script upload methods,
Refactor script runtime perms from three arrays to one struct array so we don't have to juggle array order anymore.
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I don't know at what point the skip() was introduced, but that test now passes
even on Windows.
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Visual Studio 2013 evidently does provide std::fpclassify(), so we no longer
need the funky local alias.
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Apparently in Boost 1.57 with Xcode 6, the combination of Boost.Lambda and
Boost.Function is broken -- Trac ticket 10864:
https://svn.boost.org/trac/boost/ticket/10864
However, Boost.Phoenix provides an acceptable replacement.
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The new TUT library build eliminates the ambiguity about ensure_equals(const
char*, ...) versus ensure_equals(const std::string&, ...). Now it's all based
on const std::string&. Remove pointless const char* overloads and ambiguous
forwarding templates.
With clang in Xcode 6, any new datatypes we intend to use with ensure_equals()
must have operator<<(std::ostream&, datatype) declared BEFORE lltut.h
#includes tut.hpp. Reorder code in certain test source files to guarantee that
visibility.
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lltut.h declares a number of ensure_equals() overloads for various data types,
notably the types supported by LLSD. We expect these to be called by tut code.
But the tut code in question is in a template in tut.hpp -- which was
#included BEFORE the overloads were declared. Previous C++ compilers have
evidently made multiple passes, collecting the relevant overloads before
attempting to compile the template bodies. clang does not, complaining that
the overloads must be declared before the tut.hpp template code that
references them. Reordering parts of lltut.h seems to address that problem.
For similar reasons, test programs that use StringVec.h and its operator<<()
must #include StringVec.h before lltut.h.
Add ensure_equals(const std::string&, const LLSD::Binary&, const LLSD::Binary&)
overload. The sloppy mix of (const char*, ...) and (const std::string&, ...)
overloads bothers me, since for many of those ... types we seem to have to
duplicate them.
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in llsd_new_tut.cpp to let the build proceed - will fix later
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warnigs/errors (moved to package) AND bracket clang #pragmas in #if LL_DARWIN
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clang for tut package
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clang for tut package
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clang for tut package
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changes
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error reporting that is not properly cleaned up.
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reporting that is not properly cleaned up.
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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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also, removed LLTrace::init and cleanup
removed derived class implementation of memory stat for LLMemTrackable
is automatic now
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