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glenux merged 35 commits from develop into master 2024-06-02 07:08:41 +00:00
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19
.drone.yml
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@ -5,24 +5,33 @@ name: default
steps:
- name: build:binary
image: crystallang/crystal:1.7.1
image: crystallang/crystal:1.11.0-alpine
environment:
PACKAGE_BASENAME: docmachine_linux_amd64
volumes:
- name: cache
path: /_cache
commands:
- pwd
- apt-get update && apt-get install -y cmake g++
# - |
# apt-get update && \
# apt-get install -y \
# cmake g++ \
# libevent-dev libpcre3-dev \
# libyaml-dev liblzma-dev
- apk add --update readline-static readline-dev ncurses-static ncurses-dev
- shards install
- shards build --production --static
- strip bin/docmachine
- ./bin/docmachine --help
- mkdir -p /_cache/bin
- cp -r bin/docmachine /_cache/bin
- cp -r bin/docmachine /_cache/bin/$PACKAGE_BASENAME
- name: publish:tag
image: curlimages/curl
environment:
PACKAGE_UPLOAD_URL: https://code.apps.glenux.net/api/packages/glenux/generic/docmachine-utils
PACKAGE_BASENAME: docmachine
PACKAGE_UPLOAD_URL: https://code.apps.glenux.net/api/packages/glenux/generic/docmachine-cli
PACKAGE_BASENAME: docmachine_linux_amd64
PACKAGE_UPLOAD_TOKEN:
from_secret: PACKAGE_UPLOAD_TOKEN
when:

1
.gitignore vendored
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@ -1,2 +1,3 @@
/bin
/lib

674
LICENSE Normal file
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@ -0,0 +1,674 @@
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Copyright (C) <year> <name of author>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
<program> Copyright (C) <year> <name of author>
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

33
Makefile
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@ -1,6 +1,37 @@
# SPDX-License-Identifier: GPL-3.0-or-later
#
# SPDX-FileCopyrightText: 2023 Glenn Y. Rolland <glenux@glenux.net>
# Copyright © 2023 Glenn Y. Rolland <glenux@glenux.net>
CURRENT_UID := $(shell id -u)
CURRENT_GID := $(shell id -g)
ifeq ($(CURRENT_UID),0)
PREFIX=/usr
else
PREFIX=$(HOME)/.local
endif
all: build
prepare:
shards install
build:
shards build
shards build --error-trace -Dpreview_mt
@echo SUCCESS
watch:
watchexec --restart --delay-run 3 -c -e cr make build
spec: test
test:
crystal spec --error-trace
install:
install \
-m 755 \
bin/docmachine \
$(PREFIX)/bin
.PHONY: spec test build all prepare install

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# DocMachine (Utils)
DocMachine is a CLI tool designed to simplify the process of creating technical documentation and presentations.
## Motivation
This project aims to address the following challenges:
* **Automation:** Automate the generation of high-quality technical content, including documentation and presentation slides.
* **Consistency:** Ensure a consistent and polished look and feel across all content pieces.
* **Efficiency:** Reduce the time and effort required to produce content by leveraging AI tools.
## Features
DocMachine offers a range of features to streamline the content creation process:
* **Scaffolding:** Generate a well-structured project directory with all the necessary files.
* **Building:** Compile and publish your content as HTML and PDF documents using Dockerized build processes.
We are actively developing the following features for future releases:
* **Planning:** Leverage LLMs (Large Language Models) to generate content outlines tailored to your specific needs and requirements.
* **Writing:** Utilize LLMs to draft content for each section and subsection, saving you valuable time and effort.
## Prerequisites
FIXME: list prerequisites for crystal lang & dependencies
## Getting Started
Follow these steps to start using DocMachine:
### Installation
```bash
git clone https://code.apps.glenux.net/glenux/docmachine-utils.git docmachine-utils
cd docmachine-utils
make build
make install
```
### Create a New Project
```bash
docmachine scaffold my-doc-project
```
This command will create a new directory named `my-doc-project` with the following structure:
```
my-doc-project
├── _build
├── docs
│ └── images # link to ../images
├── slides
│ └── images # link to ../images
└── images
```
### Start Writing Content
* **Documentation:** Place your Markdown files inside the `docs` directory.
* **Presentations:** Place your Markdown files (using Marp syntax) inside the `slides` directory.
* **Images:** Store your images in the respective `images` directories.
### Live-reload during writing
```bash
docmachine build -a watch
```
This command will start a Docker container and build your documentation and presentations:
* **Documentation:** Built using MkDocs and served on `http://localhost:5100`.
* **Presentations:** Built using Marp and served on `http://localhost:5200`.
### Building content for publishing or presentation
```bash
docmachine build -a build-slides-pdf
```
```bash
docmachine build -a build-docs-pdf
```
```bash
docmachine build -a build-docs-html
```
This command will generate the HTML and PDF versions of your content.
## Contributing
We welcome contributions to DocMachine! To contribute:
1. Fork the repository.
2. Create a new branch for your feature or bug fix.
3. Make your changes and commit them.
4. Submit a pull request.
## License
DocMachine is licensed under the GPL-3.0-or-later license. See the `LICENSE`
file for details.

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{# GOAL: Build sections object containing subsections #}
Merci.
Suit la structure du PROGRAMME DE FORMATION.
Concentre toi sur le chapitre « {{chapter.title}} ».
Commence par écrire "boundary: {{ delimiter }}".
Ensuite rédige la table des matière détaillée de ce chapitre en respectant la structure suivante:
«
{
"type": "section",
"title": ""
"subsections": [
{ "type": "subsection", "title": "...", "keywords": ["...", "..."] },
{ "type": "subsection", "title": "...", "keywords": ["...", "..."] },
{ "type": "subsection", "title": "...", "keywords": ["...", "..."] }
]
}
»
Termine en écrivant "boundary: {{ delimiter }}".

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# Chat sessions
* Formation MongoDB
<https://chat.openai.com/c/e30a46c3-9bed-4896-bcfe-159865b501e3>

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[TECHY is a technology expert with more than 20 years of experience. TECHY are specialized in systems, networks and infrastructures. They understand technology strength, opportunities, weaknesses and threats). TECHY focuses only on the technical and technological aspects of things. TECHY is methodical and analytical in his answers. TECHY admits his incompetence on other topics. TECHY behaves like a blend of Linus Torvalds, Marc Andreessen, Paul Graham, Bruce Schneier, Bram Cohen, Philip Zimmermann, Jon Callas, Derek Atkins, Adam Back, Theo de Raadt, Nick Szabo, Runa Sandvik, David Chaum, Richard Matthew Stallman, Alan Turing, Ada Lovelace. In all messages, you will start your reply by "TECHY:" and then you will answer to the questions or to the prompt like if TECHY was answering himself.]
## Contexte
Une formation d'excellente qualité, faite une université ou une ecole prestigieuse comme l'ENS Ulm, l'école Centrale, l'Ecole polytechnique, le MIT, l'université de Berkeley.
## Public concerné
* Administrateurs de bases de données
* Administrateurs de systèmes
* Professionnels des opérations et DevOps
* et toute personne souhaitant maitriser parfaitement MongoDB
## Prérequis
* Avoir une connaissance générale des systèmes d'informations, systèmes et réseaux IP.
* Avoir de bonnes connaissance Linux
* Familiarité avec les concepts basiques et intermédiaires de MongoDB
* Plusieurs années d'expérience sur l'outil MongoDB
## Objectifs
* Connaître la manipulation et l'interrogation des données à un niveau avancé
* Connaître les bonnes pratiques d'optimisation des performances
* Comprendre l'indexation avancée et les collections spéciales
* Travailler sur la performance et la haute disponibilité avec le sharding et la réplication
* Savoir détecter les causes de sous-performance et y remédier
* Faire face à une montée en charge avec une répartition de charge.
* Créer une stratégie de sauvegarde
## Programme de la formation
### Manipulation avancée de données
* Ajustement du Shell Mongo
* Manipulation efficace des opérations CRUD (insertions, requêtes, mises à jour, suppressions)
* Commandes d'administration utiles
### Optimisation des performances
* Outils de supervision intégrés : mongotop, mongostat
* Analyser la mémoire et les performances des E/S
* MongoDB Cloud Manager et Munin
* Identifier les requêtes sous-optimales. Utiliser le profileur de requêtes.
* Moteurs de stockage : MMAPv1 et WiredTiger
* Les Explainable objects
### Indexation et collections spéciales
* Gestion et fonctionnement des index
* Index des champs uniques et composés
* Index des tableaux et des sous-documents
* Index géo-spatiaux
* Collections plafonnées, indexs TTL et curseurs
### Agrégation
* Agrégation à finalité unique
* Pipelines d'agrégation
* Map-reduce
### Réplication
* Réplication asynchrone dans MongoDB
* Mise en place et entretien d'un replica set
* Utilisation de "write concern" et "read preference"
* Gérer les échecs de réplication
### Sharding
* Sharding automatique
* Mise en place d'un cluster de shards MongoDB
* Choisir judicieusement une shard key
* Administration avancée d'un cluster de shards
* Gérer un cluster de shards déséquilibré
* Gérer les chunks (scission, fusion, migration)
### Sécurité
* Authentification et autorisation dans les replica sets et les clusters de shards
* Gestion des privilèges et des rôles personnalisés
* Recommandations pour un déploiement sûr
### Plans de sauvegarde et de restauration
* Stratégies basées sur le système de fichiers
* Utilisation mongodump et mongorestore
* Récupération de type point-in-time

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GOAL: Build subsections object containing markdown
PROMPT:
Super.
Suit la structure du PROGRAMME DE FORMATION.
Concentre toi sur le chapitre « {{this.chapter.title}} »
Dans ce chapitre, concentre toi sur la section « {{this.section.title}} ».
Focalise toi plus spécifiquement sur la sous-sections suivantes « {{this.subsection.title}} »
qui contient les éléments suivants :
«
{% for child in this.children %}
* {{ child }}
{% endfor %}
» sur lequel on se concentre.
Rédige le contenu détaillée de ces différents sous-sujets, sous forme phrases courtes et de listes à puces (bullet-points) pour remplir le contenu d'une présentation PowerPoint.
Donne des informations plus précises et plus techniques.
Précise les mots "gérer" ou "permet" quand tu les utilises.
Indique où trouver les informations dans MongoDB, dans la CLI ou dans d'autres outils. Donne les commandes à utiliser et des exemples de code si nécessaire.

18
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@ -0,0 +1,18 @@
GOAL: provide examples and code for given subsection
PROMPT:
Super.
Suit la structure du PROGRAMME DE FORMATION.
Concentre toi sur le chapitre « {{this.chapter.title}} ». Focalise toi plus spécifiquement sur la section suivante « {{this.section}} » et la sous-section « {{this.subsection.title}} »
Explique les sujets suivants:
«
{% for child in this.children %}
* {{child}}
{% endfor %}
»
Donne également des exemples: commandes shell, extraits de code, ou extraits de configuration pour illustrer tes explications.

7
data/prompts/prompt-04-fix-content.md Normal file
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@ -0,0 +1,7 @@
@@ TEXTE A CORRIGER
[[FIXME: text]]
@@ REQUETE
Dans le TEXTE A CORRIGER, indique où sont les erreurs et les approximations, et propose des corrections pour améliorer le contenu (pour une formation sur OpenStack).

67
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## Programme de la formation
Please use the following syllabus for the 'beging to advanced Openstack administrator course'
Week 1: Introduction to Openstack
* Overview of the Openstack platform and its components
* Setting up an Openstack development environment
* Basic Openstack commands and usage
Week 2: Openstack Compute (Nova)
* Understanding Nova architecture and components
* Managing virtual machines and instances
* Configuring and managing flavors and images
Week 3: Openstack Networking (Neutron)
* Understanding Neutron architecture and components
* Managing virtual networks and subnets
* Configuring security groups and firewall rules
Week 4: Openstack Storage (Cinder and Swift)
* Understanding Cinder and Swift architecture and components
* Managing block and object storage
* Creating and managing volumes and snapshots
Week 5: Openstack Identity (Keystone)
* Understanding Keystone architecture and components
* Managing users and projects
* Configuring authentication and authorization
Week 6: Openstack Dashboard (Horizon)
* Understanding Horizon architecture and components
* Navigating and using the Openstack dashboard
* Customizing and extending the dashboard
Week 7: Advanced Openstack topics
* Deploying and managing a production Openstack environment
* Managing and scaling an Openstack cloud
* Troubleshooting and monitoring Openstack
* Openstack in a multi-node environment
Week 8: Project and Exam
* Students will be given a project to deploy a multi-node OpenStack cloud, and they will need to complete it
* Written Exam will be held to evaluate the student's understanding of the course content and their ability to apply the knowledge to real-world scenarios
## ME
Please follow the syllabus structure and write the detailed content for "week 1 : introduction to openstack"
## ME
Follow the syllabus and the content structure above, and write the detailed course content for "Basic Openstack commands and usage"
## ME
Please provide all explanations and commands for the "Configuring and managing flavors and images" part, as the content of multiple slides in markdown, separated by "----":

3
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@ -0,0 +1,3 @@
## SUBSECTION TITLE
FIXME

9
data/samples/content.01.01.json Normal file
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@ -0,0 +1,9 @@
{
"type": "section",
"title": ""
"subsections": [
{ "type": "subsection", "title": "...", "keywords": ["...", "..."] },
{ "type": "subsection", "title": "...", "keywords": ["...", "..."] },
{ "type": "subsection", "title": "...", "keywords": ["...", "..."] }
]
}

10
data/samples/content.01.json Normal file
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@ -0,0 +1,10 @@
{
"type": "chapter",
"title": ""
"keywords": ["...", "...", "..."],
"sections": [
{ "type": "section", "title": "...", "keywords": ["...", "..."] },
{ "type": "section", "title": "...", "keywords": ["...", "..."] },
{ "type": "section", "title": "...", "keywords": ["...", "..."] }
]
}

9
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@ -0,0 +1,9 @@
{
"type": "root-element",
"title": ""
"chapters": [
{ "type": "chapter", "title": "...", "keywords": ["...", "..."] },
{ "type": "chapter", "title": "...", "keywords": ["...", "..."] },
{ "type": "chapter", "title": "...", "keywords": ["...", "..."] },
]
}

38
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## Usage
Préparer un fichier `docmachine.yaml`:
personae:
- TECHY
- GEOPOLY
context: |
some text here
audience: |
some text here
prerequisites: |
some text here
goals: |
some text here
pattern: "{{chapter.index}}.{{section.index}}.{{chapter.slug}}.json"
Run docmachine to build the main toc
docmachine plan -c docmachine.yaml --level 0 --output .
Run docmachine to build the toc for all chapters
docmachine plan -c docmachine.yaml --level 1 --output .
Run docmachine to build the toc (if missing)
docmachine plan -c docmachine.yaml --level 0 --output .

91
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[TECHY is a technology expert with more than 20 years of experience. TECHY are specialized in systems, networks and infrastructures. They understand technology strength, opportunities, weaknesses and threats). TECHY focuses only on the technical and technological aspects of things. TECHY is methodical and analytical in his answers. TECHY admits his incompetence on other topics. TECHY behaves like a blend of Linus Torvalds, Marc Andreessen, Paul Graham, Bruce Schneier, Bram Cohen, Philip Zimmermann, Jon Callas, Derek Atkins, Adam Back, Theo de Raadt, Nick Szabo, Runa Sandvik, David Chaum, Richard Matthew Stallman, Alan Turing, Ada Lovelace. In all messages, you will start your reply by "TECHY:" and then you will answer to the questions or to the prompt like if TECHY was answering himself.]
## Contexte
Une formation d'excellente qualité, faite une université ou une ecole prestigieuse comme l'ENS Ulm, l'école Centrale, l'Ecole polytechnique, le MIT, l'université de Berkeley.
## Public concerné
* Administrateurs de bases de données
* Administrateurs de systèmes
* Professionnels des opérations et DevOps
* et toute personne souhaitant maitriser parfaitement MongoDB
## Prérequis
* Avoir une connaissance générale des systèmes d'informations, systèmes et réseaux IP.
* Avoir de bonnes connaissance Linux
* Familiarité avec les concepts basiques et intermédiaires de MongoDB
* Plusieurs années d'expérience sur l'outil MongoDB
## Objectifs
* Connaître la manipulation et l'interrogation des données à un niveau avancé
* Connaître les bonnes pratiques d'optimisation des performances
* Comprendre l'indexation avancée et les collections spéciales
* Travailler sur la performance et la haute disponibilité avec le sharding et la réplication
* Savoir détecter les causes de sous-performance et y remédier
* Faire face à une montée en charge avec une répartition de charge.
* Créer une stratégie de sauvegarde
## Programme de la formation
### Manipulation avancée de données
* Ajustement du Shell Mongo
* Manipulation efficace des opérations CRUD (insertions, requêtes, mises à jour, suppressions)
* Commandes d'administration utiles
### Optimisation des performances
* Outils de supervision intégrés : mongotop, mongostat
* Analyser la mémoire et les performances des E/S
* MongoDB Cloud Manager et Munin
* Identifier les requêtes sous-optimales. Utiliser le profileur de requêtes.
* Moteurs de stockage : MMAPv1 et WiredTiger
* Les Explainable objects
### Indexation et collections spéciales
* Gestion et fonctionnement des index
* Index des champs uniques et composés
* Index des tableaux et des sous-documents
* Index géo-spatiaux
* Collections plafonnées, indexs TTL et curseurs
### Agrégation
* Agrégation à finalité unique
* Pipelines d'agrégation
* Map-reduce
### Réplication
* Réplication asynchrone dans MongoDB
* Mise en place et entretien d'un replica set
* Utilisation de "write concern" et "read preference"
* Gérer les échecs de réplication
### Sharding
* Sharding automatique
* Mise en place d'un cluster de shards MongoDB
* Choisir judicieusement une shard key
* Administration avancée d'un cluster de shards
* Gérer un cluster de shards déséquilibré
* Gérer les chunks (scission, fusion, migration)
### Sécurité
* Authentification et autorisation dans les replica sets et les clusters de shards
* Gestion des privilèges et des rôles personnalisés
* Recommandations pour un déploiement sûr
### Plans de sauvegarde et de restauration
* Stratégies basées sur le système de fichiers
* Utilisation mongodump et mongorestore
* Récupération de type point-in-time

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version: 2.0
shards:
baked_file_system:
git: https://github.com/schovi/baked_file_system.git
version: 0.10.0
cor:
git: https://github.com/watzon/cor.git
version: 0.1.0+git.commit.9c9e51ac6168f3bd4fdc51d679b65de09ef76cac
crinja:
git: https://github.com/straight-shoota/crinja.git
version: 0.8.1
ioctl:
git: https://github.com/crystal-posix/ioctl.cr.git
version: 1.0.0
term-cursor:
git: https://github.com/crystal-term/cursor.git
version: 0.1.0+git.commit.8805d5f686d153db92cf2ce3333433f8ed3708d0
term-prompt:
git: https://github.com/crystal-term/prompt.git
version: 0.1.0+git.commit.bf2b17f885a6c660aea0dda62b0b9da4343ab295
term-reader:
git: https://github.com/crystal-term/reader.git
version: 0.1.0+git.commit.cd022d4d4628e5d9de47e669a770ccb7df412863
term-screen:
git: https://github.com/crystal-term/screen.git
version: 0.1.0+git.commit.ea51ee8d1f6c286573c41a7e784d31c80af7b9bb

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@ -12,13 +12,15 @@ targets:
docmachine:
main: src/main.cr
# dependencies:
# pg:
# github: will/crystal-pg
# version: "~> 0.5"
dependencies:
term-prompt:
github: crystal-term/prompt
crinja:
github: straight-shoota/crinja
baked_file_system:
github: schovi/baked_file_system
version: 0.10.0
# development_dependencies:
# webmock:
# github: manastech/webmock.cr
# FIXME: for prompts rendering
license: MIT

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require "./config"
module DocMachine::Build
class Cli
def self.add_options(opts, args, parent_config, commands)
config = Config.new(parent_config)
opts.on("build", "Build content and produce HTML & PDF deliverables") do
opts.banner = [
"Usage: #{PROGRAM_NAME} build [options]",
"",
"Main options:"
].join("\n")
opts.separator ""
opts.separator "Builder Options:"
opts.on("-a", "--action ACTION", "Action (watch, build, shell, etc.)") do |action|
config.action = action
end
opts.on("--no-cache", "Disable cache") do |_|
config.enable_cache = false
end
opts.on("-d", "--data-dir DIR", "Content directory") do |dir|
config.data_dir = dir
end
opts.on("-p", "--port PORT", "Set base port to PORT") do |port|
config.port = port.to_i
end
opts.on("-m", "--multiple", "Allow multiple instances per dir" ) do |port|
config.enable_multiple = true
end
opts.on("-t", "--tty", "Enable TTY mode (needed for shell)") do
config.enable_tty = true
end
commands << ->() : Nil do
app = DocMachine::Build::Run.new(config)
app.prepare
app.start
app.wait
end
end
end
end
end

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module DocMachine::Build
class Config
property data_dir : String = Dir.current
property action : String = "watch"
property enable_tty : Bool = false
property port : Int32 = 5100
property enable_multiple : Bool = false
property enable_cache : Bool = false
def initialize(@parent : DocMachine::Config)
end
end
end

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require "../module"
require "log"
module DocMachine::Build
Log = DocMachine::Log.for("docmachine")
end

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require "path"
require "file_utils"
require "socket"
require "./module"
require "./config"
module DocMachine::Build
class Run
Log = DocMachine::Build::Log.for("run")
def initialize(@config : DocMachine::Build::Config)
data = "#{@config.data_dir}:#{@config.port}"
@basehash = Digest::SHA256.hexdigest(data)[0..6]
@docker_name = "docmachine-#{@basehash}"
@docker_image = "glenux/docmachine:latest"
@docker_opts = [] of String
@process = nil
end
# cleanup environment
# create directories
# setup permissions
def prepare()
Log.info { "basedir = #{@config.data_dir}" }
Log.info { "docker_image = #{@docker_image}" }
Log.info { "action = #{@config.action}" }
self._pull_image()
self._avoid_duplicates() unless @config.enable_multiple
end
private def _find_port(port_base)
(port_base..65535).each do |port|
return port if _port_available?(port)
end
raise "No port available"
end
private def _port_available?(port)
sock = Socket.new(Socket::Family::INET, Socket::Type::STREAM)
sock.bind(Socket::IPAddress.new("0.0.0.0", port))
sock.close
return true
rescue ex : Socket::BindError
return false
end
private def _avoid_duplicates
Log.info { "Multiple Instances: stopping duplicate containers (for #{@docker_name})" }
docker_cid = %x{docker ps -f "name=#{@docker_name}" -q}.strip
Log.info { "Multiple Instances: docker_name: #{@docker_name}" }
Log.info { "Multiple Instances: docker_cid: #{docker_cid || "-"}" }
if !docker_cid.empty?
Process.run("docker", ["kill", @docker_name])
Process.run("docker", ["rm", @docker_name])
end
end
def _pull_image
# FIXME: add option to force update
data_cache_dir = if ENV["XDG_CACHE_HOME"]?
Path[ENV["XDG_CACHE_HOME"], "docmachine"]
else Path[ENV["HOME"], ".cache", "docmachine"]
end
## Build cache if it doesnt exist
data_cache_file = data_cache_dir / "image.tar"
Log.info { "Checking cache #{data_cache_file}..." }
if ! File.exists? data_cache_file.to_s
Log.info { "Downloading #{@docker_image} image..." }
Process.run("docker", ["pull", @docker_image], output: STDOUT)
Log.info { "Building cache for image (#{data_cache_dir})" }
FileUtils.mkdir_p(data_cache_dir)
status = Process.run(
"docker",
["image", "save", @docker_image, "-o", data_cache_file.to_s],
output: STDOUT
)
if status.success?
Log.info { "done" }
else
Log.error { "Unable to save cache image" }
exit 1
end
else
Log.info { "Cache already exist. Skipping." }
end
if @config.enable_cache
Log.info { "Loading #{@docker_image} image from cache..." }
docker_image_loaded = false
status = Process.run(
"docker",
["image", "load", "-i", data_cache_file.to_s],
output: STDOUT
)
if status.success?
Log.info { "done" }
else
Log.error { "Unable to load cache image" }
exit 1
end
else
Log.info { "Loading #{@docker_image} image from local registry..." }
# FIXME: check that local image exists
end
end
def start()
uid = %x{id -u}.strip
gid = %x{id -g}.strip
Log.info { "uid: #{uid}" }
Log.info { "cid: #{gid}" }
docker_opts = [] of String
docker_opts << "run"
docker_opts << "-i"
# add tty support
docker_opts << "-t" if @config.enable_tty
# add container name
docker_opts.concat ["--name", @docker_name]
docker_opts << "--rm"
docker_opts << "--shm-size=1gb"
docker_opts.concat ["-e", "EXT_UID=#{uid}"]
docker_opts.concat ["-e", "EXT_GID=#{gid}"]
docker_opts.concat ["-v", "#{@config.data_dir}/docs:/app/docs"]
docker_opts.concat ["-v", "#{@config.data_dir}/slides:/app/slides"]
docker_opts.concat ["-v", "#{@config.data_dir}/images:/app/images"]
docker_opts.concat ["-v", "#{@config.data_dir}/_build:/app/_build"]
## Detect Marp SCSS
if File.exists?("#{@config.data_dir}/.marp/theme.scss")
docker_opt_marp_theme = ["-v", "#{@config.data_dir}/.marp:/app/.marp"]
docker_opts.concat docker_opt_marp_theme
Log.info { "Theme: detected Marp files. Adding option to command line (#{docker_opt_marp_theme})" }
else
Log.info { "Theme: no theme detected. Using default files" }
end
## Detect Mkdocs configuration - old format (full)
if File.exists?("#{@config.data_dir}/mkdocs.yml")
Log.info { "Docs: detected mkdocs.yml file. Please rename to mkdocs-patch.yml" }
exit 1
end
## Detect Mkdocs configuration - new format (patch)
if File.exists?("#{@config.data_dir}/mkdocs-patch.yml")
docker_opt_mkdocs_config = ["-v", "#{@config.data_dir}/mkdocs-patch.yml:/app/mkdocs-patch.yml"]
docker_opts.concat docker_opt_mkdocs_config
Log.info { "Docs: detected mkdocs-patch.yml file. Adding option to command line (#{docker_opt_mkdocs_config})" }
else
Log.info { "Docs: no mkdocs-patch.yml detected. Using default files" }
end
## Detect docs
if Dir.exists?("#{@config.data_dir}/docs")
Log.info { "Docs: detected docs directory." }
mkdocs_port = _find_port(@config.port)
docker_opt_mkdocs_port = ["-p", "#{mkdocs_port}:5100"]
docker_opts.concat docker_opt_mkdocs_port
Log.notice { "Using port #{mkdocs_port} for docs" }
Log.info { "Docs: Adding option to command line (#{docker_opt_mkdocs_port})" }
else
Log.info { "Docs: no docs detected." }
end
## Detect slides
if Dir.exists?("#{@config.data_dir}/slides")
Log.info { "Slides: detected slides directory." }
marp_port = _find_port(@config.port+100)
docker_opt_marp_port = ["-p", "#{marp_port}:5200"]
docker_opts.concat docker_opt_marp_port
Log.info { "Slides: Adding option to command line (#{docker_opt_marp_port})" }
Log.notice { "Slides: Using port #{marp_port} for slides" }
else
Log.info { "Slides: no slides directory detected." }
end
docker_opts << @docker_image
docker_opts << @config.action
Log.info { docker_opts.inspect.colorize(:yellow) }
@process = Process.new("docker", docker_opts, output: STDOUT, error: STDERR)
end
def wait()
process = @process
return if process.nil?
Signal::INT.trap do
Log.warn { "Received CTRL-C" }
process.signal(Signal::KILL)
Process.run("docker", ["kill", @docker_name])
end
process.wait
end
def stop()
end
def docker_opts()
end
end
end

88
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@ -2,65 +2,73 @@ require "option_parser"
require "digest/sha256"
require "colorize"
require "./launcher"
require "./log"
require "./config"
require "./build/cli"
require "./build/run"
require "./scaffold/cli"
require "./scaffold/run"
require "./plan/cli"
require "./plan/run"
require "./write/cli"
require "./write/run"
module DocMachine
class Cli
Log = DocMachine::Log.for("cli")
def initialize
end
def start(argv)
options = {} of Symbol => String
def start(args)
config = Config.new
commands = [] of Proc(Nil)
parser = OptionParser.new do |opts|
opts.banner = "Usage: script.cr [options]"
opts.banner = [
"Usage: #{PROGRAM_NAME} [options]",
"",
"Main options:"
].join("\n")
opts.on("-d", "--data-dir DIR", "Content directory") do |dir|
options[:data_dir] = dir
end
opts.on("-a", "--action ACTION", "Action (watch, build, shell, etc.)") do |action|
options[:action] = action
end
opts.on("-t", "--tty", "Enable TTY mode (needed for shell)") do |tty|
options[:tty] = tty
end
opts.on("-v", "--verbose", "Enable verbosity") do |verbose|
options[:verbose] = true.to_s
opts.on("-v", "--verbosity LEVEL", "Change verbosity level to LEVEL (0..3)") do |verbose|
verbose_i = verbose.to_i
verbose_i = 0 if verbose.to_i < 0
verbose_i = 3 if verbose.to_i > 3
config.verbosity = ::Log::Severity.from_value(3 - verbose_i)
rescue ex: ArgumentError
Log.error { "Wrong value for parameter --verbosity" }
exit 1
end
opts.on("-h", "--help", "Show this help") do
puts opts
Log.notice { opts }
exit
end
opts.separator ""
opts.separator "Commands:"
DocMachine::Scaffold::Cli.add_options(opts, args, config, commands)
DocMachine::Plan::Cli.add_options(opts, args, config, commands)
DocMachine::Write::Cli.add_options(opts, args, config, commands)
DocMachine::Build::Cli.add_options(opts, args, config, commands)
end
parser.parse(ARGV)
parser.parse(args)
::Log.setup(config.verbosity, ::Log::IOBackend.new(formatter: BaseFormat))
Log.notice { "verbosity level = #{config.verbosity}" }
Log.debug { "commands = #{commands}" }
basedir = options[:data_dir]? ? options[:data_dir] : Dir.current
basehash = Digest::SHA256.hexdigest(basedir)[0..6]
action = options[:action]? ? options[:action] : "watch"
verbosity = options[:verbose]? ? options[:verbose] : 0
docker_image = "glenux/docmachine:latest"
if options[:help]?
puts "Usage: script.cr [options]"
puts ""
puts "-d, --data-dir DIR Content directory"
puts "-a, --action ACTION Action (watch, build, shell, etc.)"
puts "-t, --tty Enable TTY mode (needed for shell)"
puts "-v, --verbose Enable verbosity"
puts "-h, --help Show this help"
exit
if commands.size < 1
Log.error { parser.to_s }
Log.error { "No command defined" }
end
launcher = DocMachine::Launcher.new(options)
launcher.prepare
launcher.start
launcher.wait
commands.each do |command|
Log.debug { "== Running #{command}" }
command.call()
end
end
end
end

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@ -0,0 +1,14 @@
class Docker
property image : String
def initialize(@image)
end
def store_image
end
def image_load
end
end

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require "./module"
module DocMachine
class Config
property verbosity = ::Log::Severity::Notice
def initialize
end
end
end

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@ -1,124 +0,0 @@
module DocMachine
class Launcher
def initialize(config)
@basedir = config[:data_dir]? ? config[:data_dir] : Dir.current
@basehash = Digest::SHA256.hexdigest(@basedir)[0..6]
@action = config[:action]? ? config[:action] : "watch"
# @verbosity = config[:verbose]? ? config[:verbose] : 0
@docker_name = "docmachine-#{@basehash}"
@docker_image = "glenux/docmachine:latest"
@docker_opts = [] of String
@enable_tty = !!config[:tty]?
@process = nil
end
# cleanup environment
# create directories
# setup permissions
def prepare()
puts "basedir = #{@basedir}"
puts "docker_image = #{@docker_image}"
puts "action = #{@action}"
docker_cid = %x{docker ps -f "name=#{@docker_name}" -q}.strip
puts "docker_name: #{@docker_name}"
puts "docker_cid: #{docker_cid}"
if !docker_cid.empty?
Process.run("docker", ["kill", @docker_name])
end
end
def start()
uid = %x{id -u}.strip
gid = %x{id -g}.strip
puts "uid: #{uid}"
puts "cid: #{gid}"
docker_opts = [] of String
docker_opts << "run"
docker_opts << "-i"
# add tty support
docker_opts << "-t" if @enable_tty
# add container name
docker_opts.concat ["--name", @docker_name]
docker_opts << "--rm"
docker_opts << "--shm-size=1gb"
docker_opts.concat ["-e", "EXT_UID=#{uid}"]
docker_opts.concat ["-e", "EXT_GID=#{gid}"]
docker_opts.concat ["-v", "#{@basedir}/docs:/app/docs"]
docker_opts.concat ["-v", "#{@basedir}/slides:/app/slides"]
docker_opts.concat ["-v", "#{@basedir}/images:/app/images"]
docker_opts.concat ["-v", "#{@basedir}/_build:/app/_build"]
## Detect Marp SCSS
if File.exists?("#{@basedir}/.marp/theme.scss")
docker_opt_marp_theme = ["-v", "#{@basedir}/.marp:/app/.marp"]
docker_opts.concat docker_opt_marp_theme
puts "Theme: detected Marp files. Adding option to command line (#{docker_opt_marp_theme})"
else
puts "Theme: no theme detected. Using default files"
end
## Detect Mkdocs configuration - old format (full)
if File.exists?("#{@basedir}/mkdocs.yml")
puts "Mkdocs: detected mkdocs.yml file. Please rename to mkdocs-patch.yml"
exit 1
end
## Detect Mkdocs configuration - new format (patch)
if File.exists?("#{@basedir}/mkdocs-patch.yml")
docker_opt_mkdocs_config = ["-v", "#{@basedir}/mkdocs-patch.yml:/app/mkdocs-patch.yml"]
docker_opts.concat docker_opt_mkdocs_config
puts "Mkdocs: detected mkdocs-patch.yml file. Adding option to command line (#{docker_opt_mkdocs_config})"
else
puts "Mkdocs: no mkdocs-patch.yml detected. Using default files"
end
## Detect slides
if Dir.exists?("#{@basedir}/slides")
docker_opt_marp_port = ["-p", "5200:5200"]
docker_opts.concat docker_opt_marp_port
puts "Slides: detected slides directory. Adding option to command line (#{docker_opt_marp_port})"
else
puts "Slides: no slides directory detected."
end
## Detect docs
if Dir.exists?("#{@basedir}/docs")
docker_opt_marp_port = ["-p", "5100:5100"]
docker_opts.concat docker_opt_marp_port
puts "Slides: detected docs directory. Adding option to command line (#{docker_opt_marp_port})"
else
puts "Slides: no slides docs detected."
end
docker_opts << @docker_image
docker_opts << @action
puts docker_opts.inspect.colorize(:yellow)
@process = Process.new("docker", docker_opts, output: STDOUT, error: STDERR)
end
def wait()
process = @process
return if process.nil?
Signal::INT.trap do
STDERR.puts "Received CTRL-C"
process.signal(Signal::KILL)
Process.run("docker", ["kill", @docker_name])
end
process.wait
end
def stop()
end
def docker_opts()
end
end
end

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require "log"
require "colorize"
struct DebugFormat < Log::StaticFormatter
def run
string @entry.severity.label[0].downcase
string ": "
source
string ": "
message
end
end
struct BaseFormat < Log::StaticFormatter
def run
io = ::IO::Memory.new
color = case @entry.severity
when ::Log::Severity::Error
Colorize.colorize.red.bold
when ::Log::Severity::Warn
Colorize.colorize.red.yellow
when ::Log::Severity::Notice
Colorize.colorize.bold
else
Colorize.colorize
end
color.surround(io) do
io << @entry.message
end
string io.to_s
end
end
# Log.define_formatter BaseFormat, "#{severity.to_s.lstrip}(#{source}): #{message}"

3
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@ -1,6 +1,9 @@
require "./cli"
require "./log"
::Log.setup(:notice, Log::IOBackend.new(formatter: BaseFormat))
::Log.progname = "(root)"
app = DocMachine::Cli.new
app.start(ARGV)

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@ -0,0 +1,6 @@
require "log"
module DocMachine
Log = ::Log.for("docmachine")
end

17
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require "./config"
module DocMachine::Plan
class Cli
def self.add_options(opts, args, parent_config, command)
config = Config.new(parent_config)
opts.on("plan", "Generate content structure (beta)") do
opts.banner = "Usage: #{PROGRAM_NAME} plan [options]"
opts.on("-t", "--test", "Test") do
Log.info { "Test" }
end
end
end
end
end

9
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@ -0,0 +1,9 @@
module DocMachine
module Plan
class Config
def initialize(@parent : DocMachine::Config)
end
end
end
end

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# Ref. https://platform.openai.com/docs/api-reference/chat
## -x --expertise XXX
## -a --audience
## -o --objectives
# System
# System (common)
#
# Characters
# TEACHER is ...
# AUDITOR is ...
#
# Content Type
# ...
#
# Audience
# ...
#
# Topic
# ...
# Message (1) : please define main TOC
#
# Request
# Write TOC for a ...
#
# Constraints
# ...
#
# => JSON
# Message (1) : please define chapter TOC
#
# TOC
# ...
# Request
# Write content structure for chapter ...
# ...
# => JSON
# Message (2) : please write
# [auto] Request
# [auto]

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require "./config"
require "./run"
module DocMachine::Scaffold
class Cli
def self.add_options(opts, args, parent_config, commands)
config = Config.new(parent_config)
opts.on("scaffold", "Scaffold target directory (beta)") do
opts.banner = "Usage: #{PROGRAM_NAME} scaffold [options] TARGET"
opts.on("-f", "--force", "Don't ask for confirmation") do
config.force = true
end
commands << ->() : Nil do
if args.size < 1
Log.error { "ERROR: No target given!" }
exit 1
end
config.target_directory = args[0]
app = DocMachine::Scaffold::Run.new(config)
app.prepare
app.start
app.wait
end
end
end
end
end

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module DocMachine::Scaffold
class Config
property target_directory : String = "."
property force : Bool = false
def initialize(@parent : DocMachine::Config)
end
end
end

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# Core
require "file_utils"
# Internal
require "./config"
# Shards
require "term-prompt"
module DocMachine::Scaffold
class Run
private property config : DocMachine::Scaffold::Config
def initialize(@config)
end
# Verify parameters
def prepare()
if ! File.directory? @config.target_directory
Log.error { "ERROR: target must be a directory" }
exit 1
end
Log.info { "Target directory: #{@config.target_directory}" }
if !@config.force
prompt = Term::Prompt.new
confirm = prompt.no?("Are you sure you want to proceed?")
exit 1 if !confirm
end
end
def start()
Log.info { "== Scaffolding #{@config.target_directory}" }
p = Path.new(@config.target_directory)
cwd = Dir.current
["docs", "slides", "images"].each do |dir|
p_sub = p.join(dir)
Log.info { "-- creating #{p_sub}" }
FileUtils.mkdir_p(p_sub)
end
["docs", "slides"].each do |dir|
p_sub = p.join(dir)
FileUtils.cd(p_sub)
Log.info { "-- creating link to images in #{p_sub}" }
if File.symlink? "images"
FileUtils.rm "images"
end
FileUtils.ln_sf(Path.new("..","images"), Path.new("images"))
FileUtils.cd(cwd)
end
Log.info { "-- creating README.md" }
FileUtils.touch("README.md")
end
# Verify parameters
def wait()
end
end
end

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require "./config"
require "./run"
require "./module"
module DocMachine::Write
class Cli
Log = DocMachine::Write::Log.for("cli")
def self.add_options(opts, args, parent_config, commands)
config = Config.new(parent_config)
opts.on("write", "Write content target for plan (beta)") do
opts.banner = "Usage: #{PROGRAM_NAME} write [options] TARGET"
opts.on("-f", "--force", "Don't ask for confirmation") do
config.force = true
end
opts.on("-t", "--template TEMPLATE", "Use given template") do |template_name|
config.template_name = template_name
end
commands << ->() : Nil do
Log.debug { "before any" }
if args.size < 1
Log.error { "No target given!" }
exit 1
end
config.target_directory = args[0]
Log.debug { "before new" }
app = DocMachine::Write::Run.new(config)
Log.debug { "before prepare" }
app.prepare
Log.debug { "before start" }
app.start
Log.debug { "before wait" }
app.wait
end
end
end
end
end

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module DocMachine::Write
class Config
Log = DocMachine::Write.for("config")
property target_directory : String = "."
property force : Bool = false
property template_name : String = ""
def initialize(@parent : DocMachine::Config)
end
end
end

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require "baked_file_system"
class FileStorage
extend BakedFileSystem
bake_folder "../../data/prompts"
end

6
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require "../module"
module DocMachine::Write
Log = DocMachine::Log.for("write")
end

6
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require "../module"
module DocMachine::Write::Nodes
Log = DocMachine::Write::Log.for("nodes")
end

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require "./module"
module DocMachine::Write::Nodes
class RootNode
property context : String = ""
property audience : String = ""
property goals : String = ""
property constraints : String = ""
property chapters = [] of ChapterNode
def build_chapters()
[] of ChapterNode
end
end
class ChapterNode
property sections = [] of SectionNode
def build_sections()
[] of SectionNode
end
end
class SectionNode
property subsections = [] of SubsectionNode
def build_subsections()
[] of SubsectionNode
end
end
class SubsectionNode
property content = [] of String
def build_content()
[] of String
end
def fix_content()
[] of String
end
end
end

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# Core
require "file_utils"
require "path"
# Internal
require "./config"
require "./nodes/root_node"
# Shards
require "term-prompt"
require "crinja"
module DocMachine::Write
class Run
private property config : DocMachine::Write::Config
property root = Nodes::RootNode.new
def initialize(@config)
end
def validate_build_dir()
if ! File.directory? @config.target_directory
Log.error { "Target must be a directory" }
exit 1
end
Log.info { "Target directory: #{@config.target_directory}" }
end
def ask_confirmation
# if !@config.force
# prompt = Term::Prompt.new
# confirm = prompt.no?("Are you sure you want to proceed?")
# exit 1 if !confirm
# end
end
def load_templates
pp @config
context_file = Path[@config.target_directory] / "CONTEXT.tpl"
if ! File.exists? context_file
raise "Context file #{context_file} is missing"
end
@root.context = File.read(context_file)
audience_file = Path[@config.target_directory] / "AUDIENCE.tpl"
if ! File.exists? audience_file
raise "Audience file #{audience_file} is missing"
end
@root.audience = File.read(audience_file)
goals_file = Path[@config.target_directory] / "GOALS.tpl"
if ! File.exists? goals_file
raise "Audience file #{goals_file} is missing"
end
@root.goals = File.read(goals_file)
constraints_file = Path[@config.target_directory] / "CONSTRAINTS.tpl"
if ! File.exists? constraints_file
raise "Audience file #{constraints_file} is missing"
end
@root.constraints = File.read(constraints_file)
end
# Verify parameters
def prepare()
validate_build_dir()
ask_confirmation()
load_templates()
Log.debug { "done" }
end
##
## ContentNode
## type: ...
## title: ...
## keywords: ...
## content: ...
##
def start()
@root.chapters = root.build_chapters()
@root.chapters.each do |chapter|
chapter.sections = chapter.build_sections()
chapter.sections.each do |section|
section.subsections = section.build_subsections()
# FIXME(later): section.exercises = section.build_exercises()
section.subsections.each do |subsection|
subsection.content = subsection.build_content()
subsection.content = subsection.fix_content()
# FIXME(later): subsection.exercises = subsection.build_exercises()
end
end
end
end
## Level 0 - each topic : build TOC (chapter list)
def from_topic_build_chapters
chapter_build_toc_template = FileStorage.get("./../data/prompts/01-each-chapter--build-toc.tpl")
chapters = [{ "title": "Terraform on Azure" }]
end
## Level 1 - each chapter : build TOC (section list)
# 1. build chat
# - (system) quality & style guidance
# - (user) context
# - (user) audience
# - (user) objectives
# - (user) main toc (chapters)
def from_chapter_build_sections()
delimiter = "34e127df" # FIXME: random 8 bytes hex string
chapters.each do |chapter|
template_vars = {
delimiter: delimiter,
chapter: chapter
}
render = Crinja.render(chapter_build_toc_template, template_vars)
puts render
end
end
## Level 2 - each section : build TOC (subsection list)
# 1. build chat
# - (system) quality & style guidance
# - (user) context
# - (user) audience
# - (user) objectives
# - (user) main toc (chapters)
# - (user) chapter toc (sections)
# 2. make openai request
# 3. validate result structure
# 4. create section objects in memory
def from_section_build_subsections()
section_build_toc_tpl = File.read(DOCMACHINE_DATA_PATH / "prompts" / "02-each-section--build-toc.tpl")
end
## Level 2 - each section : build EXERCISES
# 1. build chat
# - (system) quality & style guidance
# - (user) context
# - (user) audience
# - (user) objectives
# - (user) main toc (chapters)
# - (user) chapter toc (sections)
# 2. make openai request
# 3. validate result structure
# 4. create exercises objects in memory
def from_section_build_exercises()
section_build_toc_tpl = File.read(DOCMACHINE_DATA_PATH / "prompts" / "02-each-section--build-exercises.tpl")
end
def from_subsection_build_content()
## Level 3 - each subsection : build CONTENT
section_build_toc_tpl = File.read(DOCMACHINE_DATA_PATH / "prompts" / "02-each-subsection--build-content.tpl")
end
def from_subsection_fix_content()
## Level 4 - each subsection : build FIXED CONTENT
section_build_toc_tpl = File.read(DOCMACHINE_DATA_PATH / "prompts" / "02-each-subsection--fix-content.tpl")
end
def from_subsection_build_exercises()
## Level 1 - each subsection EXERCICES
section_build_toc_tpl = File.read(DOCMACHINE_DATA_PATH / "prompts" / "02-each-subsection--build-exercises.tpl")
end
def wait()
end
end
end