Red Nose Hacker

Do me a favor : hack for good :-)

Objectif de cette session : Continuer d'utiliser un peu plus d'outils que Guile (Scheme) et Emacs mettent à disposition (Paredit, Geiser, AC-Geiser, SRFIs) pour améliorer mes compétences en développement logiciel.

Bon screencast !

En savoir plus...

Logo Guix

Cette série de billets de blog est une invitation à voir comment quelqu'un peut apprendre comment empaqueter des logiciels pour Guix sans connaissance préalable à propos de Guix ou même de l'empaquetage de logiciel. Je te montre de quelles ressources j'ai besoin et comment je les utilise. Ma méthode est axée sur la pratique. L'exécution des commandes rythme mes itérations, leurs retours guident le code que je produis et l'utilisation de ressources externes (documentation, code source, communauté).

En savoir plus...

Objectif de cette session : Continuer d'utiliser un peu plus d'outils que Guile (Scheme) et Emacs mettent à disposition (Paredit, Geiser, AC-Geiser, SRFIs) pour accélérer le développement de programmes.

Bon screencast !

En savoir plus...

#kata #tdd #testdrivendevelopment #guile #scheme #emacs #screencast

Guile Logo

Objectif de cette session : Utiliser un peu plus d'outils que Emacs met à disposition (Paredit, Geiser, AC-Geiser) pour accélérer le développement.

Bon screencast !

Je place le code à la suite pour ceux que ça intéresse :

(define-module (harness-guile)
  #:use-module (srfi srfi-64))

(module-define! (resolve-module '(srfi srfi-64))
		'test-log-to-file #t)

(define EMPTY_STRING "")
(define DUMMY_1CHAR_STRING "a")

(define (rotations str)
  `(,str))

(test-begin "test-suite")

(define test-cases-descripti)

(define (test-equal-batch triples)
  (map (lambda (triple)
	 (let ([test-name (car triples)]
	       [test-expected (car (cdr triples))]
	       [test-effective (car (cddr triples))])))
       triples))

(test-equal "empty-string"
  `(,EMPTY_STRING)
  (rotations EMPTY_STRING))

(test-equal "one-char-string"
  `(,DUMMY_1CHAR_STRING)
  (rotations DUMMY_1CHAR_STRING))

(test-end "test-suite")

Merci beaucoup d'avoir regardé ce screencast !

N'hésites pas à me donner ton avis, proposer une idée d'amélioration, laisser un commentaire, ou poser une question via :E-mail: jeremy AT korwin-zmijowski DOT frMastodon: @jeko@framapiaf.orgPeertube: @jeko@video.tedomum.netTwitter: @JeremyKorwin

Abonnes-toi pour ne pas manquer les prochains articles et épisodes:blog via Mastodon @jeko@write.as et RSSscreencast via Peertube @jeko@video.tedomum.net et RSS

Et encore plus important, partages le screencast et dis à tes amis que c'est le meilleur screencast de l'histoire du logiciel libre ! Sans dec'

#kata #tdd #testdrivendevelopment #guile #scheme #emacs #screencast

Guile Logo

Objectif de cette session : Continuer de s'exercer avec String rotations.
Illustrer un ré-usinage des tests et utiliser un peu plus les outils à disposition dans Emacs !

Bon screencast !

Je place le code à la suite pour ceux que ça intéresse :

(define-module (kata-3)
  #:use-module (srfi srfi-64))

(module-define! (resolve-module '(srfi srfi-64))
		'test-log-to-file #t)

(define EMPTY_STRING "")
(define DUMMY_1CHAR_STRING "a")

(define (rotations str)
  `(,str))

(test-begin "test-suite")

(define test-case-descriptions
  `(["empty-string" (,EMPTY_STRING) ,EMPTY_STRING]
    ["one-char-string" (,DUMMY_1CHAR_STRING) ,DUMMY_1CHAR_STRING]
    ["two-char-string" ("ab" "ba") "ab"]))

(define (test-equal-batch triples)
  (map (lambda (triple)
	 (let ([test-name (car triple)]
	       [expected-value (car (cdr triple))]
	       [effective-value (car (cddr triple))])
	   (test-equal test-name
	     expected-value
	     (rotations effective-value))))
       triples))

(test-equal-batch test-case-descriptions)

(test-end "test-suite")

Merci beaucoup d'avoir regardé ce screencast !

N'hésites pas à me donner ton avis, proposer une idée d'amélioration, laisser un commentaire, ou poser une question via :E-mail: jeremy AT korwin-zmijowski DOT frMastodon: @jeko@framapiaf.orgPeertube: @jeko@video.tedomum.netTwitter: @JeremyKorwin

Abonnes-toi pour ne pas manquer les prochains articles et épisodes:blog via Mastodon @jeko@write.as et RSSscreencast via Peertube @jeko@video.tedomum.net et RSS

Et encore plus important, partages le screencast et dis à tes amis que c'est le meilleur screencast de l'histoire du logiciel libre ! Sans dec'

Logo Guix

This serie of blog posts is an invitation to see how one can learn how to package software for Guix without prior knowledge about Guix or even software packaging. I show you what resources I need and how I use them. My method is driven by doing. The commands execution rhythms my iterations and its return guides the code to produce and the use of external resources (documentation, source code, community).

At the end of this serie, I would have packaged a simple piece of free software : ac-geiser, an extension of Emacs that brings a hint of self-completion to Geiser when I hack with the Guile language.

History :

In the Guix repository you've cloned in the first article of this serie, do the following :

$ git pull
$ guix environment --pure guix
[dev]$ ./bootstrap && ./configure --localstatedir=/var && make

You now have an up-to-date stuff.

I retrieve the last commands executed (the first one to create a package definition, the second to build the package according to the definition) :

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses) (guix git-download)) (package (name "") (version "") (source (origin (uri (git-reference (url "") (commit ""))) (method git-fetch) sha256)) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:112: error: sha256: invalid field specifier

I have no idea how to specify the sha256 field. So I request documentation on this subject. Unfortunately, I can't find much information on how to use sha256, or how to define a bytevector in base 32 format. So I looked at the hello package example in the documentation to unlock me (it's the wildcard of the session). I can now change my definition accordingly.

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses) (guix git-download)) (package (name "") (version "") (source (origin (uri (git-reference (url "") (commit ""))) (method git-fetch) (sha256 (base32 "")))) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ guix build -f /tmp/dummy-package-definition.scm
guix build: error: derivation `/gnu/store/diif4n2lx6s5g9qxrvpc9pshfyypwa6k-git-checkout.drv' has incorrect output `/gnu/store/7ygy97wz9d1zcbz3k2kg1ga9g389bd7b-git-checkout', should be `/gnu/store/0fd9p27axy1jdw7fv29fa8i3sa0vajbl-git-checkout'

This time, I don't use the pre-inst-env script as it seems to be broken for me (see my thread on the mailing list). Will see if I can fix it later... Anyway, here the Guix return message tells me Guix made a step forward to the build process. But it is not very explicit about what is missing or wrong. In the mailing list thread previously mentionned, Julien Lepiller said I have to specifiy a non-empty hash for the package (the base32 field). So let's specify it ! First, compute the expected hash with the help of the documentation !

$ cd /tmp
$ git clone https://github.com/xiaohanyu/ac-geiser.git
Clonage dans 'ac-geiser'...
remote: Enumerating objects: 20, done.
remote: Total 20 (delta 0), reused 0 (delta 0), pack-reused 20
Dépaquetage des objets: 100% (20/20), 148.08 Kio | 746.00 Kio/s, fait.
$ cd ac-geiser/
$ guix hash -rx .
0h2kakb4f5hgzf5l2kpqngalcmc4402lkg1pvs88c8z4rqp2vfvz

Now it is time to complete the package definition. I take this opportunity to fill all the fields I can (I want to create the package for ac-geiser).

$ echo \
'(use-modules 
   (guix packages)
   (guix build-system emacs)
   (guix licenses) 
   (guix git-download)) 
 (package 
   (name "emacs-ac-geiser") 
   (version "0.1") 
   (source 
     (origin 
       (uri (git-reference 
              (url "https://github.com/xiaohanyu/ac-geiser.git") 
              (commit "502d18a8a0bd4b5fdd495a99299ba2a632c5cd9a"))) 
       (method git-fetch) 
       (sha256 (base32 "0h2kakb4f5hgzf5l2kpqngalcmc4402lkg1pvs88c8z4rqp2vfvz"))))
   (build-system emacs-build-system) 
   (synopsis "Auto-complete backend for geiser")
   (description "Provides one auto-complete source for Scheme projects using geiser.")
   (license bsd-3) 
   (home-page "https://github.com/xiaohanyu/ac-geiser"))'\
> /tmp/dummy-package-definition.scm
$ guix build -f /tmp/dummy-package-definition.scm
[...]

With this, guix build is finally working ! The traces on console are too long to be fully copied here (so I created a Gist). It finishes with an error reported in a log :

[...]
Cannot open load file: No such file or directory, geiser
[...]

That make sense considering ac-geiser requires both geiser and auto-complete but I never specified it. In the documentation I found there are fields dedicated to this purpose. One fit exactly : propagated-inputs. Both geiser and auto-complete have their own Guix package. The commandsguix show emacs-geiser and guix show emacs-auto-complete tell me their are defined in the file gnu/packages/emacs-xyz.scm. So I edit my definition (not so dummy anymore) to bring them into it. I store it under /tmp/emacs-ac-geiser.scm :

(use-modules
 (guix packages)
 (guix build-system emacs)
 (guix licenses)
 (guix git-download)
 (gnu packages emacs-xyz))

(package
 (name "emacs-ac-geiser")
 (version "0.1")
 (source
  (origin
   (uri (git-reference
	 (url "https://github.com/xiaohanyu/ac-geiser.git")
	 (commit "502d18a8a0bd4b5fdd495a99299ba2a632c5cd9a")))
   (method git-fetch)
   (sha256 (base32 "0h2kakb4f5hgzf5l2kpqngalcmc4402lkg1pvs88c8z4rqp2vfvz"))))
 (build-system emacs-build-system)
 (propagated-inputs `(("geiser" ,emacs-geiser)
		      ("auto-complete" ,emacs-auto-complete)))
 (synopsis "Auto-complete backend for geiser")
 (description "Provides one auto-complete source for Scheme projects using geiser.")
 (license bsd-3)
 (home-page "https://github.com/xiaohanyu/ac-geiser"))

Et voilà !

$ guix build -f /tmp/emacs-ac-geiser.scm
[...]
construction de /gnu/store/2yz7ax3h5qwjg0i24kb65p5l8r8n5vh6-emacs-ac-geiser-0.1.drv réussie
/gnu/store/hp2jli29jchkdi50klzydrxqk72r3n2w-emacs-ac-geiser-0.1

Guix successfuly build the package according to my definition ! Yay \o/

It is a good place to stop. Next one will be for submitting the package to the Guix Project ! My first contribution ?!

Thank you so much for reading this article !

Don't hesitate to give me your opinion, leave a comment, or ask a question via :E-mail: jeremy AT korwin-zmijowski DOT frMastodon: @jeko@framapiaf.orgPeertube: @jeko@video.tedomum.netTwitter: @JeremyKorwin

Also, please subscribe so you don't miss the next ones :blog via Mastodon @jeko@write.as et RSSscreencast via Peertube @jeko@video.tedomum.net et RSS

And most importantly, share the blog and tell your friends it's the best blog in the history of Free Software! No shit!

#guix #package #english

Logo Guix

This serie of blog posts is an invitation to see how one can learn how to package software for Guix without prior knowledge about Guix or even software packaging. I show you what resources I need and how I use them. My method is driven by doing. The commands execution rhythms my iterations and its return guides the code to produce and the use of external resources (documentation, source code, community).

At the end of this serie, I would have packaged a simple piece of free software : ac-geiser, an extension of Emacs that brings a hint of self-completion to Geiser when I hack with the Guile language.

History :

In the Guix repository you've cloned in the first article of this serie, do the following :

$ git pull
$ guix environment --pure guix
[dev]$ ./bootstrap && ./configure --localstatedir=/var && make
$ exit

You now have an up-to-date stuff.

I retrieve the last commands executed (the first one to create a package definition, the second to build the package according to the definition):

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses)) (package (name "") (version "") (source origin) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
guix build: error: origin: source expression failed to match any pattern

Guix tells the following portion of the definition is problematic (source origin). I look at what the documentation explains about it... Effectively, origin is an object and not a symbol (as I specified it). I modify the definition to match with it :

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses)) (package (name "") (version "") (source (origin)) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:112: error: (origin): missing field initializers (uri method sha256)

Guix tells me that the origin object consists of, at least, three required fields: (uri method sha256). I'm going to pass them to origin and see what Guix tells me :

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses)) (package (name "") (version "") (source (origin uri method sha256)) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:112: error: uri: invalid field specifier

uri is not specified. I can see in the documentation this field is a string. Let's try this :

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses)) (package (name "") (version "") (source (origin (uri "") method sha256)) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:112: error: method: invalid field specifier

Bingo, now I can move on to the second field: method. The documetation tells me that this is a procedure that will retrieve the sources of the software either from a URL or from a git repository. In my case, it will be a git repository. What the documentation also tells me is that for a git repository, uri must be a git-reference object and not a string as I specified in the previous step. I'll take it back before moving on to method.

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses)) (package (name "") (version "") (source (origin (uri (git-reference (url "") (commit ""))) method sha256)) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:112: error: method: invalid field specifier

The construction of my uri field seems to suit Guix. Now, I will take care of the method field. The documentation tells me that method, in order to get the source of a program via git must be set to git-fetch from (guix git-download) module :

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses) (guix git-download)) (package (name "") (version "") (source (origin (uri (git-reference (url "") (commit ""))) (method git-fetch) sha256)) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:112: error: sha256: invalid field specifier

Cool, the method field specification is OK for Guix.

But I'll stop here for today. I'll look into it in a future article. Here is the definition at this point:

(use-modules
 (guix packages)
 (guix build-system emacs)
 (guix licenses)
 (guix git-download))

(package
 (name "")
 (version "")
 (source
  (origin
   (uri (git-reference (url "") (commit "")))
   (method git-fetch) sha256))
 (build-system emacs-build-system)
 (synopsis "")
 (description "")
 (license bsd-3)
 (home-page ""))

Thank you so much for reading this article !

Don't hesitate to give me your opinion, leave a comment, or ask a question via :E-mail: jeremy AT korwin-zmijowski DOT frMastodon: @jeko@framapiaf.orgPeertube: @jeko@video.tedomum.netTwitter: @JeremyKorwin

Also, please subscribe so you don't miss the next ones :blog via Mastodon @jeko@write.as et RSSscreencast via Peertube @jeko@video.tedomum.net et RSS

And most importantly, share the blog and tell your friends it's the best blog in the history of Free Software! No shit!

#guix #package #english

Logo Guix

This serie of blog posts is an invitation to see how one can learn how to package software for Guix without prior knowledge about Guix or even software packaging. I show you what resources I need and how I use them. My method is driven by doing. The commands execution rhythms my iterations and its return guides the code to produce and the use of external resources (documentation, source code, community).

At the end of this serie, I would have packaged a simple piece of free software : ac-geiser, an extension of Emacs that brings a hint of self-completion to Geiser when I hack with the Guile language.

History :

In the Guix repository you've cloned in the first article of this serie, do the following :

$ git pull
$ guix environment --pure guix
[dev]$ ./bootstrap && ./configure --localstatedir=/var && make

You now have an up-to-date stuff.

I retrieve the last commands executed (the first one to create a package definition, the second to build the package according to the definition):

$ echo '(use-modules (guix packages) (guix build-system emacs)) (package (name "") (version "") (source origin) (build-system emacs-build-system) (synopsis "") (description "") license home-page)' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:56: error: license: invalid field specifier

So I stopped at the license field.

In the documentation, I find little information about how to specify the license field. I could see in the example given for the hello software the value gpl3+, but, for the moment, I'm looking for something closer to a null value, or the value that directly suits my case. I could try to tinker around (e.g. try bsd3) until I find the right value, but that wouldn't be scientific enough for my taste. So I decide to look in the source code. The documentation states that the license field must be valued (or specified) with the values from the (guix licenses) module. A little tour in the Guix git repository allows me to find the source file of this module, logically: guix/licenses.scm.

In the license module file, I see that the module exports the bsd-3 symbol (so it wasn't bsd3 haha), which would fit my package. So I'm going to modify the definition I'm building to import the (guix licenses) module so that I can specify the license field with the appropriate symbol :

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses)) (package (name "") (version "") (source origin) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) home-page)' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:72: error: home-page: invalid field specifier

Guix doesn't return an error concerning the field I just modified, so I can go to the last field still unspecified: home-page. Easy, this one waits for a string.

$ echo '(use-modules (guix packages) (guix build-system emacs) (guix licenses)) (package (name "") (version "") (source origin) (build-system emacs-build-system) (synopsis "") (description "") (license bsd-3) (home-page ""))' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
guix build: error: origin: source expression failed to match any pattern

Clearly, we are done specifying the mandatory fields of the package. The new error will make us go into the details of the source object, more precisely, the origin object that is used to value it.

But I'll stop here for today. I'll look into it in a future article. Here is the definition at this point:

(use-modules
 (guix packages)
 (guix build-system emacs)
 (guix licenses))

(package
 (name "")
 (version "")
 (source origin)
 (build-system emacs-build-system)
 (synopsis "")
 (description "")
 (license bsd-3)
 (home-page ""))

Thank you so much for reading this article !

Don't hesitate to give me your opinion, leave a comment, or ask a question via :E-mail: jeremy AT korwin-zmijowski DOT frMastodon: @jeko@framapiaf.orgPeertube: @jeko@video.tedomum.netTwitter: @JeremyKorwin

Also, please subscribe so you don't miss the next ones :blog via Mastodon @jeko@write.as et RSSscreencast via Peertube @jeko@video.tedomum.net et RSS

And most importantly, share the blog and tell your friends it's the best blog in the history of Free Software! No shit!

#guix #package #english

#kata #tdd #testdrivendevelopment #guile #scheme #emacs #screencast

Guile Logo

Objectif de cette session : répéter l'exercice en veillant à ne pas faire l'impasse sur le ré-usinage (refactoring) des tests.

Bon screencast !

Merci beaucoup d'avoir regardé ce screencast !

N'hésites pas à me donner ton avis, proposer une idée d'amélioration, laisser un commentaire, ou poser une question via :E-mail: jeremy AT korwin-zmijowski DOT frMastodon: @jeko@framapiaf.orgPeertube: @jeko@video.tedomum.netTwitter: @JeremyKorwin

Abonnes-toi pour ne pas manquer les prochains articles et épisodes:blog via Mastodon @jeko@write.as et RSSscreencast via Peertube @jeko@video.tedomum.net et RSS

Et encore plus important, partages le screencast et dis à tes amis que c'est le meilleur screencast de l'histoire du logiciel libre ! Sans dec'

Logo Guix

This serie of blog posts is an invitation to see how one can learn how to package software for Guix. Without prior knowledge about Guix or even software packaging, I show you what resources are needed and how to use them. My method is driven by doing. The commands execution rhythms my iterations and its return guides the code to produce and the use of external resources (documentation, source code, community).

In this article, I continue the work of the previous one.

In the Guix repository you've cloned in the first article of this serie, do the following :

$ git pull
$ guix environment --pure guix
[dev]$ ./bootstrap && ./configure --localstatedir=/var && make

You now have an up-to-date stuff.

I retrieve the last commands executed (the first one to create a package definition, the second to build the package according to the definition):

$ echo '(use-modules (guix packages)) (package (name "") (version "") source build-system synopsis description license home-page)' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:30: error: source: invalid field specifier

Right! The source field of the package object is incorrectly specified. How do you specify it? I don't know yet.

Lets have a look at the Guix documentation about it. I can read that the source field needs an `origin' object. Let's try this without looking further.

$ echo '(use-modules (guix packages)) (package (name "") (version "") (source origin) build-system synopsis description license home-page)' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:30: error: build-system: invalid field specifier

That seems enough for Guix concerning the source field. Now, Guix point the build-system field out. A little tour in the appropriate section in the documentation, where I learn this field needs to be specified with one of many build systems. One could be appropriate for my package so I'm trying it out : emacs-buid-system. I don't forget to add the (guix build-system emacs) dependency as specified in the documentation.

$ echo '(use-modules (guix packages) (guix build-system emacs)) (package (name "") (version "") (source origin) (build-system emacs-build-system) synopsis description license home-page)' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:56: error: synopsis: invalid field specifier

Guix isn't complaining, so I can move on to the next field: synopsis. The documentation doesn't specify what type of data is expected, but given the field name, I'll bet on a string.

$ echo '(use-modules (guix packages) (guix build-system emacs)) (package (name "") (version "") (source origin) (build-system emacs-build-system) (synopsis "") description license home-page)' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm

Ditto for description !

$ echo '(use-modules (guix packages) (guix build-system emacs)) (package (name "") (version "") (source origin) (build-system emacs-build-system) (synopsis "") (description "") license home-page)' > /tmp/dummy-package-definition.scm
$ ./pre-inst-env guix build -f /tmp/dummy-package-definition.scm
/tmp/dummy-package-definition.scm:1:56: error: license: invalid field specifier

No worries, Guix is still satisfied. In the next article, I will start by fixing the license field !

Here is the definition obtained at this point:

(use-modules
 (guix packages)
 (guix build-system emacs))

(package
 (name "")
 (version "")
 (source origin)
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