--- Coro/Changes 2008/11/09 23:08:49 1.398 +++ Coro/Changes 2008/11/14 20:35:49 1.412 @@ -4,10 +4,45 @@ TODO: maybe implement a default message channel, very much like Erlang's actor model (which is cool in a lot of important aspects (failures!), but very lacking in others (higher level ipc)). +TODO: MAP_STACK -4.91 - - typo: new coroutines didn't get created with a zero flags field. +// tobench 1.500 +// evbench 305436 +5.0 + - NEW ARCHITECTURE: use 4.912 for the stable version. + - bump API version to 7 - all dependents must be recompiled. + - perl's process emulation is now not even theoretically supported + anymore. + - directly patch the entersub opcode calling SLF functions (cede, + transfer and so on). this does speed up context switching, but + more importanly, it frees us from the hardcoded behaviour of + entersub, so we might actually be able to return something from + those functions and atcually create new ones. + - take advantage of __builtin_frame_address on gcc. + - expose THX in coroapi (not sure whether this was a wise decision, + as "threaded" perls are running at half speed anyways). + - implement execute_slf (schedule-like-function) interface that makes + it possible to implement schedule-like-functions in XS. + +4.912 Thu Nov 13 18:31:23 CET 2008 + - minor cleanups. + - use much larger stacks on linux and perl < 5.8.8. + - Coro::Debug::new_unix_server did not unlink the socket + when destroyed. + +4.911 Tue Nov 11 04:26:17 CET 2008 + - "port" to threaded perls. + +4.91 Mon Nov 10 05:36:38 CET 2008 + - the ->throw exception object no longer leaks. + - creating a new cctx leaked a scopestack entry (memleak). + - new coroutines didn't get created with a zero flags field + (unknown impact). + - calling ->throw on a not-yet-started coroutine should now work + instead of being ignored. + - ->throw is now supported on Coro::State objects. - clean up cctx creation code a bit. + - entersub is actually a UNOP, not a LOGOP (not a bugfix). 4.9 Sat Nov 8 17:45:27 CET 2008 - (libcoro) did not preserve rbp with CORO_ASM (we are getting there).