Hello,
I've just committed to the FPC git repo the wasmtime unit.
This unit can be used to load and use the wasmtime library.
Using this library you can compile, load and run Webassembly files embedded
in your FPC program on all FPC & webassembly supported native platforms.
There are 4 demo
On 30/12/2021 14:43, Marco van de Voort via lazarus wrote:
Compile with -O4 -Cpcoreavx2 , the others (non asm) will become
faster, my guess is "add" will be about double of asm.
Core I7 8700K
3.3.1 from Dec 10th
3.2.3 from Dec 9th
With fpc 3.3.1:
- fst is worse?
- add gets better
-O4 -Cpcor
On 30-12-2021 14:17, John Landmesser via lazarus wrote:
Perhaps usefui test information from my PC: 77
Compile with -O4 -Cpcoreavx2 , the others (non asm) will become faster,
my guess is "add" will be about double of asm.
Also, on windows "high performance" as power scheme. On non windows
Perhaps usefui test information from my PC:
**
[john1@manjaro sdb2]$ ./utf8lentest
234526968
fst:128406168
pop:128406168
add:128406168
asm:128406168
29315871
fst 1365
fst 1367
fst 1366
fst 1366
pop 9990
pop 9990
pop 9997
pop 9981
add 1386
add 1382
add 1
On 30-12-2021 10:15, Florian Klämpfl via lazarus wrote:
Linux uses different calling conventions, please check with the patch
below.
Linux is quite generous with the volatile registers, so luckily it
matches quite closely.
I first tried the approach of your patch, but [s] has problems on
Am 30.12.21 um 08:23 schrieb Alexey Tor. via lazarus:
New unit test, with Martin's integrated. If I play with godbolt, Ryzen
zen3 (ryzen 5x00X) is nearly twice as fast in cycles as my Ivy Bridge,
so I would like to see some benchmarks from various processors. Also
from very old ones (P4 and C
