Latency benchmarks of Unix IPC mechanisms
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Latest commit 76c03e8 Aug 26, 2013 @avsm Merge pull request #9 from jopu-enea/master
Fix build errors when assertions are enabled
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results
web/processing
xen/mini-os Tidy up a little. Jan 27, 2012
.gitignore Adding the first batch of raw results. Feb 2, 2012
Makefile
README
all_lat.sh
all_thr.py Remove -t option to save disk space, and stop checking the return cod… Jan 13, 2012
atomicio.c
atomicio.h add atomicio and utility functions Oct 31, 2011
futex.h
futex_lat.c
mempipe_lat.c Merge branch 'master' of git://github.com/avsm/ipc-bench Nov 29, 2011
mempipe_thr.c
pipe_lat.c
pipe_thr.c
run.py
shm.c
shmem_pipe_thr.c
stats.c
summarise_tsc_counters.c
tcp_lat.c
tcp_local_lat.c
tcp_remote_lat.c
tcp_thr.c
test.c add Darwin support also (not run, just compile tested so far) Dec 3, 2011
test.h
unix_lat.c
unix_thr.c various header file fixes for portability, most notably include <sys/… Dec 3, 2011
vmsplice_pipe_thr.c
xutil.c
xutil.h Merge branch 'master' into openbsd Feb 1, 2012

README

ipc-bench
=========

Some very crude IPC benchmarks.

ping-pong latency benchmarks:
* pipes
* unix domain sockets
* tcp sockets

throughput benchmarks:
* pipes
* unix doamin sockets
* tcp sockets

one way latency benchmarks:
* shm

The shared memory benchmark is a kind of "control". If run under a
real-time OS it will give you the intra core communication
latency.

This software is distributed under the MIT License.