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@marshallward wrote in https://github.com/fortran-lang/stdlib/issues/1#issuecomment-566637059:
I would like to see greater support for bit-reproducible numerical operations. This is a very high pr…
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### Motivation
I regularly need to count the number of delimiter-separated fields in a string.
When files have an arbitrary number of fields in a line, and you need to read them in to an allocatab…
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String support in stdlib is currently limited to ASCII, @wclodius2 brought up the issue of supporting UTF-8, UTF-16 and UTF-32 as well:
> FWIW for a "string type" to supplant the intrinsic `charact…
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### Solution to issue cannot be found in the documentation.
- [X] I checked the documentation.
### Issue
Packages that optionally use cuda compilers and specify `c_stdlib_version: 2.17 # [linux]` i…
minrk updated
3 months ago
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Following are the first things need to be done,
- [x] Implement ``transpose`` intrinsic using ``intrinsic_function`` infrastructure. #3458
- [x] Implement ``pack`` intrinsic using ``intrinsic_func…
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Compiler: gfortran 9.2.0
OS: Arch Linux 32-bit
Processor: Intel Atom (2 logical cores)
When I build stdlib on my (admittedly low-spec) machine, preprocessing and compilation of the submodule `std…
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With the introduction of Fortran 2018 enhancements to interoperability with C it is possible to write C (and C++) code which interoperates with
* optional dummy arguments
* assumed-length character …
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Currently Fortran implements special functions in an inconsistent way.
As an example, `sin`, `cos`, `exp` are supported for all complex arguments. But the error function is only available for real …
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```fortran
program main
real, parameter :: d(1, 3) = reshape([1., 3., 5.], [1, 3])
end program
```
We need this to `test_var.f90`
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Besides common descriptive statistics, we need standard modules for various continuous statistical distribution (e.g., gamma distribution) and discrete distribution (e.g., bernoulli distribution). Th…