#flit — Public Fediverse posts

I need some help packaging a python module that I built. It references a few different python files, and .csv within the folder structure, and searching leads me to examples/tutorials that are either too simple, or way too complex. I can't find anything bridging the gap.

Any blogs, courses, tutorial, or even as a last resort youtube videos, that may help me out? #python #packaging #flit #setuptools #hatchling

The project that I'm trying to package is here - https://git.jmkengineering.com/JMK_Engineering_Inc/JEPL/src/branch/main/jepl

I need some help packaging a python module that I built. It references a few different python files, and .csv within the folder structure, and searching leads me to examples/tutorials that are either too simple, or way too complex. I can't find anything bridging the gap.

Any blogs, courses, tutorial, or even as a last resort youtube videos, that may help me out? #python #packaging #flit #setuptools #hatchling

The project that I'm trying to package is here - https://git.jmkengineering.com/JMK_Engineering_Inc/JEPL/src/branch/main/jepl

I need some help packaging a python module that I built. It references a few different python files, and .csv within the folder structure, and searching leads me to examples/tutorials that are either too simple, or way too complex. I can't find anything bridging the gap.

Any blogs, courses, tutorial, or even as a last resort youtube videos, that may help me out? #python #packaging #flit #setuptools #hatchling

The project that I'm trying to package is here - https://git.jmkengineering.com/JMK_Engineering_Inc/JEPL/src/branch/main/jepl

I need some help packaging a python module that I built. It references a few different python files, and .csv within the folder structure, and searching leads me to examples/tutorials that are either too simple, or way too complex. I can't find anything bridging the gap.

Any blogs, courses, tutorial, or even as a last resort youtube videos, that may help me out? #python #packaging #flit #setuptools #hatchling

The project that I'm trying to package is here - https://git.jmkengineering.com/JMK_Engineering_Inc/JEPL/src/branch/main/jepl

I need some help packaging a python module that I built. It references a few different python files, and .csv within the folder structure, and searching leads me to examples/tutorials that are either too simple, or way too complex. I can't find anything bridging the gap.

Any blogs, courses, tutorial, or even as a last resort youtube videos, that may help me out? #python #packaging #flit #setuptools #hatchling

The project that I'm trying to package is here - https://git.jmkengineering.com/JMK_Engineering_Inc/JEPL/src/branch/main/jepl

Porównajmy backendy #PEP517 dla paczek napisanych w samym Pythonie:

#flit-core: 51 KiB archiwum źródłowe, bez zależności, instaluje się 0,05 s, ~150 KiB po zainstalowaniu, działa wszedzie
#UvBuild: 300 KiB archiwum, wymaga ~250 zależności crate (54 MiB pobierania, ~600 MiB w .cargo), buduje się 1 min 20 s (na 12-wątkowym procesorze), 4,2 MiB po zainstalowaniu, wspiera kilkanaście platform

I oczywiście, że flit-core ma szerszą funkcjonalność. Ale jestem przekonany, że gdzieś ktoś potrzebuje zaoszczędzić te kilka milisekund budowania paczek Pythona.

#Python #RustLang #uv

Porównajmy backendy #PEP517 dla paczek napisanych w samym Pythonie:

#flit-core: 51 KiB archiwum źródłowe, bez zależności, instaluje się 0,05 s, ~150 KiB po zainstalowaniu, działa wszedzie
#UvBuild: 300 KiB archiwum, wymaga ~250 zależności crate (54 MiB pobierania, ~600 MiB w .cargo), buduje się 1 min 20 s (na 12-wątkowym procesorze), 4,2 MiB po zainstalowaniu, wspiera kilkanaście platform

I oczywiście, że flit-core ma szerszą funkcjonalność. Ale jestem przekonany, że gdzieś ktoś potrzebuje zaoszczędzić te kilka milisekund budowania paczek Pythona.

#Python #RustLang #uv

Porównajmy backendy #PEP517 dla paczek napisanych w samym Pythonie:

#flit-core: 51 KiB archiwum źródłowe, bez zależności, instaluje się 0,05 s, ~150 KiB po zainstalowaniu, działa wszedzie
#UvBuild: 300 KiB archiwum, wymaga ~250 zależności crate (54 MiB pobierania, ~600 MiB w .cargo), buduje się 1 min 20 s (na 12-wątkowym procesorze), 4,2 MiB po zainstalowaniu, wspiera kilkanaście platform

I oczywiście, że flit-core ma szerszą funkcjonalność. Ale jestem przekonany, że gdzieś ktoś potrzebuje zaoszczędzić te kilka milisekund budowania paczek Pythona.

#Python #RustLang #uv

Porównajmy backendy #PEP517 dla paczek napisanych w samym Pythonie:

#flit-core: 51 KiB archiwum źródłowe, bez zależności, instaluje się 0,05 s, ~150 KiB po zainstalowaniu, działa wszedzie
#UvBuild: 300 KiB archiwum, wymaga ~250 zależności crate (54 MiB pobierania, ~600 MiB w .cargo), buduje się 1 min 20 s (na 12-wątkowym procesorze), 4,2 MiB po zainstalowaniu, wspiera kilkanaście platform

I oczywiście, że flit-core ma szerszą funkcjonalność. Ale jestem przekonany, że gdzieś ktoś potrzebuje zaoszczędzić te kilka milisekund budowania paczek Pythona.

#Python #RustLang #uv

Porównajmy backendy #PEP517 dla paczek napisanych w samym Pythonie:

#flit-core: 51 KiB archiwum źródłowe, bez zależności, instaluje się 0,05 s, ~150 KiB po zainstalowaniu, działa wszedzie
#UvBuild: 300 KiB archiwum, wymaga ~250 zależności crate (54 MiB pobierania, ~600 MiB w .cargo), buduje się 1 min 20 s (na 12-wątkowym procesorze), 4,2 MiB po zainstalowaniu, wspiera kilkanaście platform

I oczywiście, że flit-core ma szerszą funkcjonalność. Ale jestem przekonany, że gdzieś ktoś potrzebuje zaoszczędzić te kilka milisekund budowania paczek Pythona.

#Python #RustLang #uv

Let's compare #PEP517 backends for pure #Python packages:

#flit-core: 51 KiB sdist, no dependencies, 0.05 s to install, ~150 KiB after installing, works everywhere
#UvBuild: 300 KiB sdist, requires ~250 crates (54 MiB download, ~600 MiB .cargo directory), 1 min 20 s to install (on a 12-thread system), 4.2 MiB after installing, supports a dozen platforms

And yes, you guessed right, flit-core has more functionality. But I'm sure that there are performance-critical wheel building workflows that will benefit from these few milliseconds shaved off wheel building time.

#RustLang #uv

Let's compare #PEP517 backends for pure #Python packages:

#flit-core: 51 KiB sdist, no dependencies, 0.05 s to install, ~150 KiB after installing, works everywhere
#UvBuild: 300 KiB sdist, requires ~250 crates (54 MiB download, ~600 MiB .cargo directory), 1 min 20 s to install (on a 12-thread system), 4.2 MiB after installing, supports a dozen platforms

And yes, you guessed right, flit-core has more functionality. But I'm sure that there are performance-critical wheel building workflows that will benefit from these few milliseconds shaved off wheel building time.

#RustLang #uv

Let's compare #PEP517 backends for pure #Python packages:

#flit-core: 51 KiB sdist, no dependencies, 0.05 s to install, ~150 KiB after installing, works everywhere
#UvBuild: 300 KiB sdist, requires ~250 crates (54 MiB download, ~600 MiB .cargo directory), 1 min 20 s to install (on a 12-thread system), 4.2 MiB after installing, supports a dozen platforms

And yes, you guessed right, flit-core has more functionality. But I'm sure that there are performance-critical wheel building workflows that will benefit from these few milliseconds shaved off wheel building time.

#RustLang #uv

Let's compare #PEP517 backends for pure #Python packages:

#flit-core: 51 KiB sdist, no dependencies, 0.05 s to install, ~150 KiB after installing, works everywhere
#UvBuild: 300 KiB sdist, requires ~250 crates (54 MiB download, ~600 MiB .cargo directory), 1 min 20 s to install (on a 12-thread system), 4.2 MiB after installing, supports a dozen platforms

And yes, you guessed right, flit-core has more functionality. But I'm sure that there are performance-critical wheel building workflows that will benefit from these few milliseconds shaved off wheel building time.

#RustLang #uv

Let's compare #PEP517 backends for pure #Python packages:

#flit-core: 51 KiB sdist, no dependencies, 0.05 s to install, ~150 KiB after installing, works everywhere
#UvBuild: 300 KiB sdist, requires ~250 crates (54 MiB download, ~600 MiB .cargo directory), 1 min 20 s to install (on a 12-thread system), 4.2 MiB after installing, supports a dozen platforms

And yes, you guessed right, flit-core has more functionality. But I'm sure that there are performance-critical wheel building workflows that will benefit from these few milliseconds shaved off wheel building time.

#RustLang #uv

#Gentoo powinno być już gotowe na testowanie przypadkowych paczek w języku #Python.

Obok #tox i #nox, mamy już: #flit, #hatch, #pdm, #pixi, #PythonPoetry i #uv. Coś przeoczyłem?

/me porównuje z https://www.xkcd.com/1987/

#Gentoo powinno być już gotowe na testowanie przypadkowych paczek w języku #Python.

Obok #tox i #nox, mamy już: #flit, #hatch, #pdm, #pixi, #PythonPoetry i #uv. Coś przeoczyłem?

/me porównuje z https://www.xkcd.com/1987/

#Gentoo powinno być już gotowe na testowanie przypadkowych paczek w języku #Python.

Obok #tox i #nox, mamy już: #flit, #hatch, #pdm, #pixi, #PythonPoetry i #uv. Coś przeoczyłem?

/me porównuje z https://www.xkcd.com/1987/

#Gentoo powinno być już gotowe na testowanie przypadkowych paczek w języku #Python.

Obok #tox i #nox, mamy już: #flit, #hatch, #pdm, #pixi, #PythonPoetry i #uv. Coś przeoczyłem?

/me porównuje z https://www.xkcd.com/1987/

#Gentoo powinno być już gotowe na testowanie przypadkowych paczek w języku #Python.

Obok #tox i #nox, mamy już: #flit, #hatch, #pdm, #pixi, #PythonPoetry i #uv. Coś przeoczyłem?

/me porównuje z https://www.xkcd.com/1987/

#Gentoo should be prepared for testing random #Python packages now.

In addition to #tox and #nox, we have #flit, #hatch, #pdm, #pixi, #PythonPoetry and #uv. Did I miss anything?

/me compares with https://www.xkcd.com/1987/

#packaging

#Gentoo should be prepared for testing random #Python packages now.

In addition to #tox and #nox, we have #flit, #hatch, #pdm, #pixi, #PythonPoetry and #uv. Did I miss anything?

/me compares with https://www.xkcd.com/1987/

#packaging

#Gentoo should be prepared for testing random #Python packages now.

In addition to #tox and #nox, we have #flit, #hatch, #pdm, #pixi, #PythonPoetry and #uv. Did I miss anything?

/me compares with https://www.xkcd.com/1987/

#packaging

#Gentoo should be prepared for testing random #Python packages now.

In addition to #tox and #nox, we have #flit, #hatch, #pdm, #pixi, #PythonPoetry and #uv. Did I miss anything?

/me compares with https://www.xkcd.com/1987/

#packaging

#Gentoo should be prepared for testing random #Python packages now.

In addition to #tox and #nox, we have #flit, #hatch, #pdm, #pixi, #PythonPoetry and #uv. Did I miss anything?

/me compares with https://www.xkcd.com/1987/

#packaging

#historical #medical #dataviz with a bonus side of #drseuss https://circulatingnow.nlm.nih.gov/2023/07/13/revealing-data-visualizations-in-historical-collections/ #flit

#historical #medical #dataviz with a bonus side of #drseuss https://circulatingnow.nlm.nih.gov/2023/07/13/revealing-data-visualizations-in-historical-collections/ #flit

#historical #medical #dataviz with a bonus side of #drseuss https://circulatingnow.nlm.nih.gov/2023/07/13/revealing-data-visualizations-in-historical-collections/ #flit

#historical #medical #dataviz with a bonus side of #drseuss https://circulatingnow.nlm.nih.gov/2023/07/13/revealing-data-visualizations-in-historical-collections/ #flit

#historical #medical #dataviz with a bonus side of #drseuss https://circulatingnow.nlm.nih.gov/2023/07/13/revealing-data-visualizations-in-historical-collections/ #flit

@mgorny You can use #flit to produce sdist distributions with autogenerated setup.py:

https://flit.pypa.io/en/stable/cmdline.html#cmdoption-flit-build-setup-py

#python

@mgorny You can use #flit to produce sdist distributions with autogenerated setup.py:

https://flit.pypa.io/en/stable/cmdline.html#cmdoption-flit-build-setup-py

#python

@mgorny You can use #flit to produce sdist distributions with autogenerated setup.py:

https://flit.pypa.io/en/stable/cmdline.html#cmdoption-flit-build-setup-py

#python

@mgorny You can use #flit to produce sdist distributions with autogenerated setup.py:

https://flit.pypa.io/en/stable/cmdline.html#cmdoption-flit-build-setup-py

#python

@mgorny You can use #flit to produce sdist distributions with autogenerated setup.py:

https://flit.pypa.io/en/stable/cmdline.html#cmdoption-flit-build-setup-py

#python

@m_cadek I found #Flit to be relatively easy when I started using it recently. The only thing that stumped me initially was that I had a single-file module, but I wanted some data files to get packaged with it. Flit handles that automatically, but you need to structure your code as a package (directory w/ an __init__.py file) instead of just a module. Once I got that straightened out, it was smooth sailing.

https://flit.pypa.io/en/stable/index.html

@m_cadek I found #Flit to be relatively easy when I started using it recently. The only thing that stumped me initially was that I had a single-file module, but I wanted some data files to get packaged with it. Flit handles that automatically, but you need to structure your code as a package (directory w/ an __init__.py file) instead of just a module. Once I got that straightened out, it was smooth sailing.

https://flit.pypa.io/en/stable/index.html

@m_cadek I found #Flit to be relatively easy when I started using it recently. The only thing that stumped me initially was that I had a single-file module, but I wanted some data files to get packaged with it. Flit handles that automatically, but you need to structure your code as a package (directory w/ an __init__.py file) instead of just a module. Once I got that straightened out, it was smooth sailing.

https://flit.pypa.io/en/stable/index.html

@m_cadek I found #Flit to be relatively easy when I started using it recently. The only thing that stumped me initially was that I had a single-file module, but I wanted some data files to get packaged with it. Flit handles that automatically, but you need to structure your code as a package (directory w/ an __init__.py file) instead of just a module. Once I got that straightened out, it was smooth sailing.

https://flit.pypa.io/en/stable/index.html

@m_cadek I found #Flit to be relatively easy when I started using it recently. The only thing that stumped me initially was that I had a single-file module, but I wanted some data files to get packaged with it. Flit handles that automatically, but you need to structure your code as a package (directory w/ an __init__.py file) instead of just a module. Once I got that straightened out, it was smooth sailing.

https://flit.pypa.io/en/stable/index.html

Solved! After banging my head on this some more I found it's related to the distinction between a module (a single .py file) and a package (a directory with a __init__.py file in it, along with other stuff).

The #Flit docs say 'Data files within a package directory are automatically included.' This is 100% technically correct, but easy for a beginner (like me, in this case!) to misunderstand and think that anything in their project directory will be included.

#TIL #python #packaging

Solved! After banging my head on this some more I found it's related to the distinction between a module (a single .py file) and a package (a directory with a __init__.py file in it, along with other stuff).

The #Flit docs say 'Data files within a package directory are automatically included.' This is 100% technically correct, but easy for a beginner (like me, in this case!) to misunderstand and think that anything in their project directory will be included.

#TIL #python #packaging

Solved! After banging my head on this some more I found it's related to the distinction between a module (a single .py file) and a package (a directory with a __init__.py file in it, along with other stuff).

The #Flit docs say 'Data files within a package directory are automatically included.' This is 100% technically correct, but easy for a beginner (like me, in this case!) to misunderstand and think that anything in their project directory will be included.

#TIL #python #packaging