libtf/test/TFbuild, branch master Threadable Fibers, a user-space cooperative threading library libtf: minor changes and new test case for network i/o 2009-11-25T14:53:02+00:00 Timo Teras timo.teras@iki.fi 2009-11-25T14:53:02+00:00 4db830052d941d9c6de281bc9a2f6ac212c59ad8 fixup the internals a bit. 
fixup the internals a bit.
libtf: implement basic file i/o with epoll 2009-11-25T08:52:15+00:00 Timo Teras timo.teras@iki.fi 2009-11-25T08:52:15+00:00 fc1044daf51f32b9d85f8497e4e0bd5a3c1e7fe9 some scetching of i/o api, and implement basic read and write functionality. integrate polling to scheduler and an epoll based polling mechanism. 
some scetching of i/o api, and implement basic read and write
functionality. integrate polling to scheduler and an epoll based
polling mechanism.
libtf: initial commit 2009-11-24T06:12:45+00:00 Timo Teras timo.teras@iki.fi 2009-11-19T12:32:11+00:00 e4e54c2ec744e884f6f55c135bea78e815d28d6c libtf is to be user-space cooperative threading library similar to State Threads (http://state-threads.sourceforge.net/), but with additional support for multiple cores, using better algorithms and taking advantage of new Linux kernel syscalls such as eventfd, signalfd and epoll (edge-triggered mode). Initial implementation has setjmp based user-space context switching and trivial testcase. Works on Linux/x86. TFbuild uses ideas from different build systems, namely Kbuild, but it's inner workings are quite different. All build files are included (using macro trickery) instead of recursive making. Thus the build dependency graph is complete and should yield good make performance. Also parallel stuff should work. 
libtf is to be user-space cooperative threading library similar
to State Threads (http://state-threads.sourceforge.net/), but
with additional support for multiple cores, using better
algorithms and taking advantage of new Linux kernel syscalls
such as eventfd, signalfd and epoll (edge-triggered mode).

Initial implementation has setjmp based user-space context
switching and trivial testcase. Works on Linux/x86.

TFbuild uses ideas from different build systems, namely Kbuild,
but it's inner workings are quite different. All build files are
included (using macro trickery) instead of recursive making. Thus
the build dependency graph is complete and should yield good make
performance. Also parallel stuff should work.