It's time for etude extraordinaire - the work of Mr.Krauss - the inventor of FASTEST wildcard matching.
Until last night, was not aware how ahead etudes of wildcard matching have gone, first I found the superb webpage of Dogan Kurt, he in a nutshell did all, acknowledging the previous works, offering a benchmark, and offering the second fastest function.
https://dogankurt.com/wildcard.html
I took his 'wildtest' benchmark and added Jack Handy's, Alessandro Cantatore and Mr.Krauss' functions, and my Tcheburaschka (based on the work of Alessandro).
The test machine's specifications are the following:
OS: Windows 10 64 bit, CPU: AMD Zen2 Ryzen7 4800H.
I compiled them with MinGW gcc version 11.3.0 with -O3 flag, also with CLANG 14.0.1 and Intel's ICL 19.0.0, both with -O3.
We have 87 test patterns and 95 test strings; this combination makes 8265 unique pattern-string pairs.
We repeat calls 1,000,000 times to get a better time resolution, and therefore every function's called 8,265,000,000 times.
You can download the sourcecode and the three binaries (just enter the console prompt and run '3.bat') here:
WILDTEST_wildcard_benchmark_Dogan_Kurt_modified_by_Kaze.zip (Size: 353.74 KB / Downloads: 253)
Tcheburaschka_r3.pdf (Size: 829.64 KB / Downloads: 77)
It takes a can of beer to contemplate and discern what-is-what, the fluctuations across compilers are scary. Yet, Mr.Krauss kicks asses left and right. My hat is off to him.
Thanks a lot, Mr.Krauss, for inspirational work of yours. It is both superuseful and really eye-opening how unappreciated the SPEED/CRAFTSMANSHIP is.
Until last night, was not aware how ahead etudes of wildcard matching have gone, first I found the superb webpage of Dogan Kurt, he in a nutshell did all, acknowledging the previous works, offering a benchmark, and offering the second fastest function.
https://dogankurt.com/wildcard.html
I took his 'wildtest' benchmark and added Jack Handy's, Alessandro Cantatore and Mr.Krauss' functions, and my Tcheburaschka (based on the work of Alessandro).
The test machine's specifications are the following:
OS: Windows 10 64 bit, CPU: AMD Zen2 Ryzen7 4800H.
I compiled them with MinGW gcc version 11.3.0 with -O3 flag, also with CLANG 14.0.1 and Intel's ICL 19.0.0, both with -O3.
We have 87 test patterns and 95 test strings; this combination makes 8265 unique pattern-string pairs.
We repeat calls 1,000,000 times to get a better time resolution, and therefore every function's called 8,265,000,000 times.
You can download the sourcecode and the three binaries (just enter the console prompt and run '3.bat') here:
WILDTEST_wildcard_benchmark_Dogan_Kurt_modified_by_Kaze.zip (Size: 353.74 KB / Downloads: 253)
Tcheburaschka_r3.pdf (Size: 829.64 KB / Downloads: 77)
It takes a can of beer to contemplate and discern what-is-what, the fluctuations across compilers are scary. Yet, Mr.Krauss kicks asses left and right. My hat is off to him.
Thanks a lot, Mr.Krauss, for inspirational work of yours. It is both superuseful and really eye-opening how unappreciated the SPEED/CRAFTSMANSHIP is.
"He learns not to learn and reverts to what the masses pass by."