Firstly: yay, thank you for fixing the control-flow values issue in the parser! Binaryen can now work on Hoot's binaries. Thank you thank you!
I noticed a performance bug that you may be interested in, for -Oz.
| optimization level |
bytes |
real time |
user time |
| original |
5485027 |
- |
- |
-O0 |
5835468 |
0.74s |
1.18s |
-O1 |
4810648 |
2.96s |
65s |
-O2 |
4664753 |
5.34s |
104s |
-Os |
4378817 |
806s |
1081s |
-Oz |
4278988 |
804s |
1103s |
This is a 32-logical-cpu system. As you can see, -Os / -Oz don't parallelize very well, and takes a bit too long to get useful results.
I can provide the test file, should that be of interest, though github doesn't seem to want to attach it. Enabled features are --enable-bulk-memory --enable-multivalue --enable-reference-types --enable-gc --enable-tail-call --enable-exception-handling.
Firstly: yay, thank you for fixing the control-flow values issue in the parser! Binaryen can now work on Hoot's binaries. Thank you thank you!
I noticed a performance bug that you may be interested in, for
-Oz.-O0-O1-O2-Os-OzThis is a 32-logical-cpu system. As you can see,
-Os/-Ozdon't parallelize very well, and takes a bit too long to get useful results.I can provide the test file, should that be of interest, though github doesn't seem to want to attach it. Enabled features are
--enable-bulk-memory --enable-multivalue --enable-reference-types --enable-gc --enable-tail-call --enable-exception-handling.