Just thought I'd pull these out of the forums and sort them, for fun.
Here are the results of running qa-bench from the source distribution on various pieces of kit:
$ newlisp ./newlisp-.../qa-specific-tests/qa-bench
New series: newLISP version 10.6.x
0.79 ; MacPro "recycle bin"; 2.3GHz Intel Core i5, OS X 10.9, newLISP v10.6.0-64-bit - kanen
0.90 ; 2.7GHz Intel Core i5 iMac, OS X 10.9, newLISP v10.6.2-64-bit - cormullion
1.53 ; 2.0 GHz Intel Core 2 Duo, OS X 10.9, newLISP v10.6.2-64-bit - cormullion
9.29 ; 1.5GHz A9 (ARM) dual core Android, newLISP v10.6.0-64-bit — ralph ronnquist
Old series: newLISP versions up to 10.?
0.33 ; 2.7GHz Intel Core i5 iMac, 64 bit newLISP 10.3.2 - cormullion
0.45 ; 2.4GHz Intel Core i5 MacBook Pro, 64 bit newLISP - itistoday
0.5 ; 2.2Ghz AMD Phenom(tm) 9550 Quad-Core Processor 64-bit on Linux IPv4 - pjot
0.55 ; Windows XP at AMD Phenom II X2 545, 3 GHz - Cyril
0.6 ; 2 x 3.2 GHz Quad-Core Intel Xeon - joe
0.63 ; FreeBSD at NFSHOST poss. 2.8 GHZ CPU - lutz
0.7 ; FreeBSD at NFSHOST probably the same on a bad day - cormullion
0.71 ; Mac OS X 2.0 GHz Intel Core 2 Duo, 64-bit version of newLISP - cormullion
0.75 ; MacBook Pro 2.4 GHz Intel Core 2 Duo running 32-bit newLISP - hilti
0.8 ; AMD 64 3200+ - newdep
0.89 ; zLinux (for the IBM mainframe) - jopython
0.9 ; Mac OS X 2.0 GHz Intel Core 2 Duo, 32-bit newLISP- cormullion
1.00 ; Mac OS X 1.83 GHz Intel Core 2 Duo - Lutz
1.1 ; Windows Vista 64 at Intel Pentium D 940, 3.2 Ghz. - kazimir
1.36 ; Pentium 4, 2Ghz running Ubuntu 9.04 - robert gorenc
2.24 ; Sun Sparc 1350MHZ processor - jopython
3.25 ; Windows XP at Intel Pentium III, 800 MHz - Cyril
3.40 ; Nokia N900 at 950 MHz - hilti's "numbercruncher"
5.15 ; Nokia N900 at 700 MHz
5.37 ; Raspberry Pi 900 mHz (overclocked with the raspi-config tool) - Hilti
5.44 ; Mac OS X 1GHz PowerPC G4 (eMac) - cormullion
6.72 ; Raspberry Pi 700 mHz 256 MB RAM - Hilti
9.52 ; Sun Sparc Ultra-2 - lutz
13.7 ; Nokia N810 armv61 - newdep
30.64 ; Pentium 90, running DamnSmallLinux - robert gorenc
50.0 ; Intel Pentium 120 - P54CQS - 120MHz - xytroxon
I upgraded over the summer...
2.1GHz AMD Athlon II Dual-Core P320

(//%3C/s%3E%3CURL%20url=%22http://blastr.com/assets_c/2009/12/Star_Trek_Stewart_Picard-thumb-450x300-30392.jpg%22%3E%3CLINK_TEXT%20text=%22http://blastr.com/assets_c/2009/12/Star%20...%20-30392.jpg%22%3Ehttp://blastr.com/assets_c/2009/12/Star_Trek_Stewart_Picard-thumb-450x300-30392.jpg%3C/LINK_TEXT%3E%3C/URL%3E%3Ce%3E)
Number One... Engage...
-- xytroxon ;)
What kind of benchmark was run? I'd like to contribute my numbers just for fun and doing some tests on my "numbercruncher" (a Nokia N900) ;-)
Cheers
Hilti
This is running qa-bench from the source distribution:
$ newlisp ./newlisp-10.2.8/qa-specific-tests/qa-bench
Lutz - I found that my new 64 bit version of newLISP was consistently faster - 0.7 rather than 0.9. Cool!
Quote from: "xytroxon"
I upgraded over the summer...
I am in upgrade just now! This is probably the very last message I write from the my old box. So...
3.25 ; Windows XP at Intel Pentium III, 800 MHz - Cyril
And the result from the my new box will be in a few hours! ;-)
Update:
0.55 ; Windows XP at AMD Phenom II X2 545, 3 GHz - Cyril
If only all upgrades showed so much improvement... :)
Nice, 64-bit is definitely a little bit faster:
$ ./newlisp qa-specific-tests/qa-bench
Benchmarking all non I/O primitives
1016.4 ms
>>>>> Performance ratio: 0.45 (1.0 on Mac OS X, 1.83 GHz Intel Core 2 Duo)
2.4GHz Intel Core i5 MacBook Pro here. :-)
1.1, Windows Vista 64 at Intel Pentium D 940, 3.2 Ghz.
I just concluded that I do not need new hardware for next few years.
qa-bench could be integrated in Newlisp core as function, people like benchmarks.
30.64 on Pentium 90, running DamnSmallLinux (old gran'pa is still running :-) )
and
1.36 Pentium 4, 2Ghz running Ubuntu 9.04
Hmm...I'm always getting this message when running the qa-bench script.
newlisp ./newlisp-10.2.8/qa-specific-tests/qa-bench
Benchmarking all non I/O primitives
1608,4 ms
ERR: value expected in function mul : .5
Looks like a locale problem - commas for decimal points, then decimal points not recognized?
As a temporary fix, you could try inserting a (set-locale "en_US") statement near the top...
Now it works - thanks a lot.
This is my MacBook Pro 2.4 GHz Intel Core 2 Duo running 32-bit newLISP
Benchmarking all non I/O primitives
1788.7 ms
>>>>> Performance ratio: 0.75 (1.0 on Mac OS X, 1.83 GHz Intel Core 2 Duo)
Nokia N900 at 950 MHz - that's my "numbercruncher" ;-)
8540.2 ms >>>>> Performance ratio: 3.40
Nokia N900 at 700 MHz results in
12999.1 ms >>>>> Performance ratio: 5.15
not bad for a phone, though!
If someone tells me how to compile newLISP for an iPod Touch, I have a jail-broken one lying around ...
Updated :)
Here's a result for newLISP 10.4.5 on a Raspberry Pi (700 mHZ, 256 MB RAM)
pi@raspberrypi /tmp/newlisp-10.4.5/qa-specific-tests $ newlisp qa-bench
>>>>> Benchmarking all non I/O primitives ... may take a while ...
17001.4 ms
>>>>> Performance ratio: 6.72 (1.0 on Mac OSX, 1.83 GHz Core 2 Duo, newLISP v10.2.8)
Next step is to host some newLISP sites on my Raspberry Pi.
Update:
Now //http://www.rundragonfly.com is running on the Raspberry Pi. Performance feels quite good.
Here is a result at 900 mHz (overclocked with the raspi-config tool)
>>>>> Benchmarking all non I/O primitives ... may take a while ...
13575.5 ms
>>>>> Performance ratio: 5.37 (1.0 on Mac OSX, 1.83 GHz Core 2 Duo, newLISP v10.2.8)
Quote
Forbidden
You don't have permission to access / on this server.
Apache/2.2.22 (Debian) Server at http://www.rundragonfly.com Port 80
But is this a useful purpose? :)
Corrected. I've just played around ;-)
I think newLISP and the Raspberry Pi are a wonderful couple, because
1. newLISP can be used for distributed computing tasks between several Raspberry Pi's
2. Uses less memory than other scripting languages (I think Python on a Pi is too much)
3. Is fast enough to serve simple dynamic websites (faster than PHP+MySQL on a Pi)
Has anyone a Raspberry Pi at home?
Cheers
Hilti
Haven't got one, but I always thought it was a great idea. However I'd picked up the impression that it was really fast —people talking about HD video and things —but it's obviously not yet up to PC speed yet for general tasks. However, putting a few together might be a different story.
> total time: 1947.244
> Performance ratio: 0.79 (1.0 on MacOSX 10.9, 2.3GHz Intel Core i5, newLISP v10.6.0-64-bit)
This is on the Mac Pro 2013 Recycle Bin computer. :)
Seems a bit slow - presumably that's due to newLISP 10.6.0 rather than OSX 10.9 or the Recycle Bin...?
This is my result trialling last week's 10.6.3 on a 1.5GHz A9 (ARM) dual core TV box (hardware "Amlogic Meson8B"):
>>>>> Benchmarking all non I/O primitives ... (may take a while)
>>>>> total time: 24184.55799999999
>>>>> Performance ratio: 9.29 (1.0 on MacOSX 10.9, 2.3GHz Intel Core i5, newLISP v10.6.0-64-bit)
newLISP 10.6 looks to be slower than older versions — I'm only getting 0.9 seconds now on 10.6, compared with 0.4 with newLISP 10.3. I was going to investigate, but the benchmark "qa-bench" in the current distribution isn't backwards compatible with earlier versions... Which makes the top post fairly meaningless now, since they're all different version numbers. :)
In my own benchmarks 10.6.x is definitely not slower, rather faster (< 1%) than previous versions. The benchmarks have changed over versions, and were recalibrated when changing to a new Mac mini in 2011 around 10.3.x. When recompiling older versions calibrated on an older 2007 Mac mini on a newer 2011 Mac mini, the older versions will give faster (lower ratios) because calibrated to an older model CPU.
Over the years newLISP only has gotten faster, never slower. The last, minor speedup in 10.4.7, when eliminating the strncat() C function for security reasons.
All benchmarks are done on Mac OS X, Linux and Windows XP. Linux is always the fastest clocking in at 0.93 to 0.94 compared to OS X
On OS X 10.10 Yosemete, newLISP has gotten slower and average of 1% comparing to OS X 10.9 Maverick.
cormullion, please note that my test was run on a "1.5GHz A9 (ARM) dual core Android", with performance index 9.29 relative the Mac.... and not on that type Mac.
Also, the comparison across version might be somewhat fraught, but I still think it's interesting :-)
Yes, that mistake has been made more than once... :)
If I may add some more correction: my newlisp proclaims being:
"newLISP v.10.6.3 32-bit on Linux IPv4/6 UTF-8, options: newlisp -h"
which possibly refers to the compilation host rather than runtime host.
The run-time host itself, via "uname -a" reports being:
"Linux localhost 3.10.33 #3 SMP PREEMPT Thu Dec 25 19:03:44 CST 2014 armv7l GNU/Linux"
I guess, in short, it's "newLISP v10.6.3-32-bit".
few years ltr... new hardware, same software ;-)
/newlisp-10.7.5/qa-specific-tests$ ./qa-bench
254 non I/O functions performed SUCCESSFUL in 1.699 ms
>>>>> Benchmarking all non I/O primitives ... (may take a while)
>>>>> total time: 956.0399999999998
>>>>> Performance ratio: 0.41 (1.0 on macOS 10.12, MacBook (Retina, 12-inch, Early 2016), newLISP v10.7.3-64-bit)
CPU0: Intel(R) Core(TM) i7-9700F CPU @ 3.00GHz