As a maintainer of Hypothesis and sometime-fuzzing-researcher, hopefully
sharing my perspective might help.
Firstly, fuzzing and property-based testing are clearly related fields!
Personally I tend to divide them more by the UX than underlying tool: PBT tends
to be quick (seconds), done by dev
Coverage-guided fuzzing is fundamentally just a technique that iteratively
generates input that explores more code relative to the possible execution
space of the code targeted. What the fuzzer gives you to play with is a
byte-array that you can massage in any way possible and pass it into the
Hmm. Do you mean this project [0] on PyPI? It is developed by a team
entirely separate from NumPy. The README should have an appropriate
disclaimer. Frank you can find more information about the library in
their documentation [1]
Matti
[0] https://pypi.org/project/numpy-stl/
[1] https://num
Hello,
I recently discovered numpy-stl. I am looking for documentations and tutorials
to learn how to use this library.
Also, if you know of any books where this library is discussed, I would
appreciate you making a recommendation.
Thank you in advance for your help.
Cheers!
Frank
__
Hi,
Thank you Matthew and Petr - you pointed in the right direction.
The 2016-dicussion and Petr's explanation made it clear what the problem was.
Petr Viktorin:
> Does Racket's ffilib support RTLD_GLOBAL?
Yes. All I had to do was to change (ffi-lib path-to-libpython)
into (ffi-lib path-to-lib
On 09. 06. 22 10:35, Matthew Brett wrote:
Hi,
On Wed, Jun 8, 2022 at 7:34 PM wrote:
Hi All,
Hope this is the right forum.
I am working on using Numpy from the programming language Racket.
My plan of attack is to use Python via `libpython`.
That is, from Racket I use `ffilib` to load `libpy
Hi,
On Wed, Jun 8, 2022 at 7:34 PM wrote:
>
> Hi All,
>
> Hope this is the right forum.
>
> I am working on using Numpy from the programming language Racket.
>
> My plan of attack is to use Python via `libpython`.
> That is, from Racket I use `ffilib` to load `libpython` and from there I use
> t
