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For a RefCounted subclass T, boost::intrusive_ptr<T> must be instantiated as
boost::intrusive_ptr<T>(raw ptr, false) to avoid immortal instances.
Forgetting that final bool parameter is both easy and extremely hard to spot
with desk checking or code review. IntrusivePtr<T> provides constructors that
Do The Right Thing, so we can typedef a subclass T's ptr_t to IntrusivePtr<T>
rather than directly to boost::intrusive_ptr<T>.
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more fixes for unit test crashes
added llcommon initialization/teardown for unit tests
that indirectly trigger lltrace
changed access of atomic refcount to use preincrement/decrement
operators to reflect desired semantics
always call apr_initialize in LLCommon::initClass, even
if already initialized...apr does internal reference counting
to keep things straight
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Given that third-party libraries (such as Boost) can and do use those names,
properly namespace-scoped, it's unpardonable to break any such innocent usage
with a macro. Given the pervasiveness of the need, introduce a header file
with the requisite #undef directives.
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Beware of bad documentation. operator--(int) does not return what
the header claimed it did.
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Identified and reacted to the priority inversion problem we
have in texturefetch. Includes the introduction of a priority_queue
for the requests that are ready. Start some parameterization in
anticipation of having policy_class everywhere. Removed _assert.h
which isn't really needed in indra codebase. Implemented async
setPriority request (which I hope I can get rid of eventually along
with all priorities in this library). Converted to using unsigned
int for priority rather than float. Implemented POST and did
groundwork for PUT.
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The unit/integration tests don't work yet as I'm still battling cmake/autobuild
as usual but first milestone passed.
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