======= List of useful shortcuts and tricks ========


====== Clavier Mx keys mini ======
  * Si le clavier clignote, taper Fn echap.  

====== Essentiel ======
  * [[world:linux-essentiel|Commandes essentielles en Terminal Linux]]
  * [[world:vim-essentiel|Commandes essentielles pour l'éditeur vi]]



====== Brave ======
  * Ctrl shift O: liste des favoris...

====== Tig ======
  * tig puis s pour voir le statut puis ! devant le fichier changé pour retrouver l'ancienne version 


====== Python ======
  * Pour séparer les cellules, insérer <code> #%% </code>
  * a.shape: pour avoir la dimension du tableau **a**
  * plt.clf(): effacer figure
  * plt.savefig(): sauver une figure
  * plt.close(): fermer une figure. 

===== Python et Emacs =====
  * M-x imenu: pour avoir la liste des fonctions définies.    
  * M-x occur: pour chercher facilement les occurences...
  * M-o: indentation. 
  * Ctrl-c Ctrl-d: documentation (aide)
  * Ctrl-c Ctrl-z: switcher interpreteur-file (commencer par ca pour lancer l'interpreteur python)
  * Ctrl-e: apres avoir sélectionné du texte, l'envoie dans l'interpreteur. 
  * Apres avoir fait un remplacement dans une partie selectionnée, on perd la sélection. Pour la retrouver, il suffit d'écrire M x exchange-point-and-mark

===== Jupyter et Emacs =====
  * M-x indent-rigidly: puis fleche a gauche ou droite. 
  * Execute Cell: C-c C-c
  * Execute Cell & Go to Next: M-RET
  * New Cell Above: C-c C-a
  * New Cell Below: C-c C-b
  * Merge Cell: C-c Enter
  * Split Cell: C-c C-s
  * Kill Cell: C-c C-k
  * Toggle Cell Type: C-c C-t
  * Change Cell Type: C-c C-u
  * Save Workbook: C-x C-s
  * Discard Cell Output: C-c C-l
  * Start Jupyter Server: M-x ein:jupyter-server-start
  * Stop Jupyter Server: M-x ein:jupyter-server-stop
  * [[https://millejoh.github.io/emacs-ipython-notebook/| documentation sur le package EIN ]]

====== Latex ======
  * Pour avoir un argmax avec un $\theta \in \Theta$ bien en dessous, il suffit d'ecrire 
    - \let\argmax\relax
    - \DeclareMathOperator*{\argmax}{arg\,max}
  * Ou bien \argmax\limits{\theta \in \Theta}
  * Package enumitem: 
    * \begin{enumerate}[resume] pour reprendre la numérotation là où on l'avait laissé. 
    * \begin{enumerate}[label=(\roman*)] 
    * on peut remplacer \roman*(i,ii) par \alph*(a,b) ou \arabic* (1,2)

====== Vs Code ======
  * Ctrl K S: affiche tous les raccourcis. 
  * Ctrk K Q: va à la dernière édition. 
  * Ctrl <: va à la dernière modif
  * Ctrl >: va à la modif suivante
  * Ctrl H Alt L: remplacer dans une selection. 
  * Ctrl Espace: afficher suggestions. 
  * Ctrl B : afficher/cacher le panneau latéral

Installer l'extension bookmarks puis
  * Ctrl alt k: mettre un bookmark
  * Ctrl alt l: aller au bookmark suivant
  * Ctrl alt j: aller au bookmark precedent
  * Pour les <color /yellow>**Settings** en fichier Json, </color>voir tout en bas de la page

====== Sumatra ======
  * Ctrl B: pour bookmarker
  * Dans option pour reverse search avec VS code, écrire: "C:\Users\douc_ran\AppData\Local\Programs\Microsoft VS Code\Code.exe" -g "%f:%l"

====== Dokuwiki ======
  * Titre de meme niveau: alt + shift + 8
  * Titre de niveau inférieur: alt + shift + 9
  * Ctrl+enter: pour sauver. 

====== Git et Notebook ======

Pour utiliser Git et Notebook, il faut d'abord s'assurer qu'au moment Git push on n'inclue pas les outputs, ce qui permet d'eviter les conflits... Il y a le module nbstripout qui permet de faire ca automatiquement. Si on a pas encore installé nbstripout, faire le 1. Sinon, on passe directement à l'étape 2. 

  - **Installation de nbstripout**. Pour installer module nbstripout 
     * dans  python, <code>python3.10 -m pip install --upgrade nbstripout </code>
     * si on a conda: conda install -c conda-forge nbstripout
  - **Une fois nbstripout installé**. Ouvrir Anaconda prompt. A partir d'Anaconda Prompt, se placer dans le répertoire Git où figure le notebook et taper 

<code>nbstripout --install --attributes .gitattributes </code>

  * 3. ** En cas de conflits. **Pour gérer les conflits (qui peuvent apparaitre dans les cellules markdowns ou dans les cellules de code), le mieux est d'utiliser: jupyter lab pour qui permet de gérer les conflits dans les notebooks. Pour plus d'infos pour gérer Git dans les notebooks,  [[https://nocomplexity.com/documents/jupyterlab/tip-versioncontrol.html|cliquer ici]]


====== Git ======
  * git ls-files: voir tous les fichiers versionnés dans git
  * Voir les branches locales: git branch
  * Voir toutes les branches locales et distantes: git branch -a
  * Passer d'une branche a l autre: git checkout nom-de-la-branche
  * Pour créer une branche: git branch nomDeBranche
  * Pour detruire une branche locale: git branch -d branchADetruire
  * Si une branche est crée a distance et qu'on veut la recuperer...
      * git checkout nom-branche 
  * En cas de conflit: par exemple, dans un fichier readme.md où le merge a été fait. On ouvre le fichier, on résoud le conflit, puis quand c est terminé, on écrit: 
      * git add readme.md 
      * git rebase --continue

      
====== Chrome ======
  * Pour revenir sur une page dans chrome: alt+fleche gauche (page precedente) ou droite (page suivante)
  * Sur vi, pour faire la touche esc, faire Alt+espace
====== Termux ======
  * Pour installer un package latex: tlmgr  install nom_package
  * Pour chercher dans quel package se trouve bidule.sty
     * tlmgr search --global --file bidule.sty
  * texhash: reconstruire tout l index avec les nouveaux package installés
  * fmtutil-sys --all: reconstruire tous les fmt
  * sudo apt-get install texlive-  : si on veut tout installer
  * tmux pour appeler tmux
  * Pour changer de panel sous tmux: C-b right or left arrow.
  * C-b x pour killer un panel
  * C-b % pour ouvrir un panel vertical 
  * C-b `` pour ouvrir un panel horizontal
  * cd - pour aller a un repertoire precedent
  * En cas de pb avec OpenSSL (mismatch): pkg install openssh
  * Pour mettre tmux par defaut
<nowiki>
if command -v tmux &> /dev/null && [ -z "$TMUX" ]; then                                                                
     tmux attach -t default || tmux new -s default                                                                  fi
fi
</nowiki> 
====== Emacs ======

Convention de notation: C pour Ctrl et M pour Alt
  * C-x h: tout sélectionner
  * C-x 0: tuer la mini-fenetre courante
  * C-x 1: tuer les autres minifenetre et garder la fenetre courange
  * C-x 2: creer une mini fenetre
  * C-x o: switcher d'une mini-fenetre à l'autre.  
  * C-_: undo
  * C-u C-x=: permet de voir la font et de la changer de <color /yellow>couleur</color>
  * M-X customize-face: est plus direct pour voir la font et la changer...
  * C-space C-space: pose une marque invisible
  * C-u C-space: pour y revenir
  * pour poser la marque M s ou bien C space. Pour echanger la marque C x C x. 
  * Pour selectionner tout le paragraphe, M h.   
  * pour aller au tout debut du fichier M < et pour aller a la toute fin du fichier M >
  * pour effacer de la position courante jusqu au caractere 'x', il faut ecrire M z 'x' 
  * pour commencer un environnment C-c C-e
  * pour commenter et decommenter: M-; 
  * pour aller a la table des matieres C-c =
  * Pour ouvrir et fermer les accolades, M-espace
  * Pour ouvrir et fermer une equation, on fait M-p
  * Pour ouvrir et fermer crochets, on fait M-n
  *  Pour voir la liste des fichiers recents, on fait M-m
  * Pour vérifier les accolades, on fait F12 ou C-)
  * C-c ( pour insérer un label
  * C-c ) + Enter + Space pour <color /yellow>inserer une reference </color>
  * C-c [ pour entrer une citation
  * C-c _ pour entrer le nom d un master file
  * C-c = pour aller a la table des matieres
  * C-t: aller a la fin du fichier
  * C-i: aller au debut du fichier
  * M-*: accolade apres avoir selectionne le texte

====== Elpy (Python in Emacs) ======

===== Sur Emacs =====

  * C-d: pour voir les help des fonctions. 
  * C-c C-z: pour aller dans le python et inversement. 
  * M-.: on se place sur une fonction, on ecrit le raccourci clavier et ca va sur la définition de la fonction. 

===== Dans le shell interpreter =====
  * M-p: move backward (derniere opération)
  * M_n: move forward

====== Code python ======
  * Programme pour changer les dollars et doubles dollars en antislash parenthese ou crochet
<file python format.py>
import re

def replace_symbols(source_file, destination_file):
    try:
        with open(source_file, 'r') as source:
            with open(destination_file, 'w') as destination:
                content = source.read()

              # Remplacer les parties entre double dollars (comme $$...$$) par leurs équivalents \[...\]
                content = re.sub(r'\$\$(.*?)\$\$', r'\\[\1\\]', content, flags=re.DOTALL)
              # Remplacer les parties entre dollars (comme $...$) par leurs équivalents \(...\)
                content = re.sub(r'\$(.*?)\$', r'\\(\1\\)', content, flags=re.DOTALL)
  
 
                destination.write(content)

    except FileNotFoundError:
        print("Fichier source non trouvé.")
    except Exception as e:
        print("Une erreur est survenue :", str(e))
    else:
        print("Remplacement terminé avec succès!")

# Exemple d'utilisation
source_file = "exos.tex"
destination_file = "sortie.tex"
replace_symbols(source_file, destination_file)

</file>

====== settings.json pour VsCode ======
<file php settings.json>
{
    // "latex-workshop.synctex.synctexjs.enabled": true,
    "latex-workshop.synctex.afterBuild.enabled": true,
    "latex-workshop.view.pdf.viewer": "tab",
    "latex-workshop.view.pdf.internal.synctex.keybinding": "double-click",
    "security.workspace.trust.untrustedFiles": "open",
    "latex-workshop.view.pdf.zoom": "page-width",
    "editor.wordWrap": "on",
    "latex-workshop.view.pdf.tab.editorGroup": "below",
    "editor.bracketPairColorization.enabled": true,
    "latex-workshop.message.update.show": false,
    "latex-workshop.message.warning.show": false,
    "latex-workshop.message.error.show": false,
    "latex-workshop.message.information.show": false,
    "git.confirmSync": false,
    "git.untrackedChanges": "hidden",
    "editor.suggestSelection": "first",
    "vsintellicode.modify.editor.suggestSelection": "automaticallyOverrodeDefaultValue",
    "workbench.editorAssociations": {
        "*.ipynb": "jupyter-notebook"
    },
    "notebook.cellToolbarLocation": {
        "default": "right",
        "jupyter-notebook": "left"
    },
    "python.defaultInterpreterPath": "C:\\Users\\douc_ran\\Anaconda3\\python.exe",
    "mdmath.macroFile": "C:\\Users\\douc_ran\\OneDrive\\mymacros.json",
    "editor.fontSize": 11,
    "editor.suggest.showStatusBar": true,
    "editor.suggest.insertMode": "insert",
    "markdown.extension.katex.macros": {
    "\\PP": "\\mathbb{P}"
    },
    "window.zoomLevel": 1,
    "latex-workshop.view.pdf.external.synctex": {
        "command": "C:\\Users\\douc_ran\\AppData\\Local\\SumatraPDF",
        "args": [
            "-forward-search",
            "%TEX%",
        "%LINE%",
        "-reuse-instance",
        "-inverse-search",
            "code \"C:\\Users\\douc_ran\\AppData\\Local\\Programs\\Microsoft VS Code\\resources\\app\\outcli.js\" -r -g \"%f:%l\"",
        "%PDF%",
        ]
    },
    "[python]": {
        "editor.formatOnType": true
    },
    "git.openRepositoryInParentFolders": "always",
    "lightrun.certificatePinningList": [
        "515a630cfd1fb908e30087bcc20b7413ad146b9bf2b23d3aaa72c28e45b24fb2",
        "ee80811b38e7e6c2dc4cc372cbea86bd86b446b012e427f2e19bf094afba5d12"
    ],
    "lightrun.serverURL": "https://app.lightrun.com",
    "lightrun.sendSourceFullPath": true,
    "git-graph.maxDepthOfRepoSearch": 1,
    "git.autofetch": true,
    "jupyter.interactiveWindow.creationMode": "perFile",
    "latex-workshop.latex.recipes": [
        {
          "name": "latexmk",
          "tools": [
            "latexmk"
          ]
        },
        {
            "name": "latex-dvi-ps-pdf",
            "tools": [
              "latex",
              "dvips",
              "ps2pdf"
            ]
          },
        {
            "name": "pdflatex",
            "tools": [
              "pdflatex"
            ]
        },
    ],
    "latex-utilities.liveReformat.snippets": [
        {
            "prefix": "([A-Za-z}\\)\\]])(\\d)$",
            "body": "$1_$2",
            "mode": "maths",
            "triggerWhenComplete": true,
            "description": "auto subscript"
        },
        {
            "prefix": "([A-Za-z}\\)\\]]) ?_(\\d\\d)$",
            "body": "$1_{$2}",
            "mode": "maths",
            "triggerWhenComplete": true,
            "description": "auto escape subscript"
        },
        {
            "prefix": "(\\S) ([\\^_])$",
            "body": "$1$2",
            "mode": "maths",
            "triggerWhenComplete": true,
            "description": "remove extraneous sub/superscript space",
            "priority": 2
        },
        {
            "prefix": "([A-Za-z}\\)\\]]) ?\\^ ?(\\d\\d|[\\+\\-] ?(?:\\d|[A-Za-z]|\\\\\\w+))$",
            "body": "$1^{$2}",
            "mode": "maths",
            "triggerWhenComplete": true,
            "description": "auto escape superscript",
            "priority": 2
        },
        {
            "prefix": "([^ &\\\\\\+\\-=<>\\|!~@])([\\+\\-=<>])$",
            "body": "$1 $2",
            "mode": "maths",
            "priority": -1,
            "description": "whitespace before operators",
            "triggerWhenComplete": true
        },
        {
            "prefix": "([\\+\\-=<>])([^ &\\\\\\+\\-=<>\\|!~])$",
            "body": "$1 $2",
            "mode": "maths",
            "priority": -1,
            "description": "whitespace after operators",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\.\\.\\.$",
            "body": "\\dots ",
            "mode": "maths",
            "description": "⋯",
            "triggerWhenComplete": true
        },
        {
            "prefix": "=>$",
            "body": "\\implies ",
            "mode": "maths",
            "description": "⇒",
            "triggerWhenComplete": true
        },
        {
            "prefix": "=<$",
            "body": "\\impliedby ",
            "mode": "maths",
            "description": "implied by",
            "triggerWhenComplete": true
        },
        {
            "prefix": "//$",
            "body": "\\frac{$$1}{$$2} ",
            "mode": "maths",
            "description": "fraction (empty)",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(([\\d\\.]+)|([\\d\\.]*)(\\\\)?([A-Za-z]+)((\\^|_)(\\{\\d+\\}|\\d|[A-Za-z]|\\\\\\w+))*!?)\\/$",
            "body": "\\frac{$1}{$$1}$$0",
            "mode": "maths",
            "description": "fraction (from regex)",
            "triggerWhenComplete": true
        },
        {
            "prefix": "([\\)\\]}]) ?/$",
            "body": "SPECIAL_ACTION_FRACTION",
            "mode": "maths",
            "description": "fraction (parsed)",
            "triggerWhenComplete": true,
            "noPlaceholders": false
        },
        {
            "prefix": "sympy$",
            "body": "sympy $$1 sympy",
            "mode": "maths",
            "description": "sympy block",
            "triggerWhenComplete": false
        },
        {
            "prefix": "sympy.+$",
            "body": "SPECIAL_ACTION_BREAK",
            "mode": "maths",
            "triggerWhenComplete": true,
            "priority": 2
        },
        {
            "prefix": "sympy ?(.+?) ?sympy ?$",
            "body": "SPECIAL_ACTION_SYMPY",
            "mode": "maths",
            "priority": 3,
            "description": "sympy",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\])\\biff$",
            "body": "$1\\iff ",
            "mode": "maths",
            "description": "⇔",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\])\\binn$",
            "body": "$1\\in ",
            "mode": "maths",
            "description": "in",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\])\\bnotin$",
            "body": "$1\\not\\in ",
            "mode": "maths",
            "description": "∈",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?!=$",
            "body": " \\neq ",
            "mode": "maths",
            "description": "neq",
            "triggerWhenComplete": true
        },
        {
            "prefix": "==$",
            "body": "&= ",
            "mode": "maths",
            "description": "aligned equal",
            "priority": 1,
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?~=$",
            "body": " \\approx ",
            "mode": "maths",
            "description": "≈",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?~~$",
            "body": " \\sim ",
            "mode": "maths",
            "description": "∼",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?>=$",
            "body": " \\geq ",
            "mode": "maths",
            "description": "≥",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?<=$",
            "body": " \\leq ",
            "mode": "maths",
            "description": "≤",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?>>$",
            "body": " \\gg ",
            "mode": "maths",
            "description": "≫",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?<<$",
            "body": " \\ll ",
            "mode": "maths",
            "description": "≪",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?xx$",
            "body": " \\times ",
            "mode": "maths",
            "description": "×",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?\\*\\*$",
            "body": " \\cdot ",
            "mode": "maths",
            "description": "⋅",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\]\\b|[ ,\\)\\]\\}]\\w*)(to|->)$",
            "body": "$1\\to ",
            "mode": "maths",
            "description": "→",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?(?:\\|->|!>)$",
            "body": " \\mapsto ",
            "mode": "maths",
            "description": "↦",
            "priority": 1.1,
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\])a(?:rc)?(sin|cos|tan|cot|csc|sec)$",
            "body": "$1\\arc$2 ",
            "mode": "maths",
            "description": "arc(trig)",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\])(sin|cos|tan|cot|csc|sec|min|max|log|exp)$",
            "body": "$1\\$2 ",
            "mode": "maths",
            "description": "un-backslashed operator",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\])(pi)$",
            "body": "$1\\$2",
            "mode": "maths",
            "description": "pi",
            "triggerWhenComplete": true
        },
        {
            "prefix": "((?:\\b|\\\\)\\w{1,7})(,\\.|\\.,)$",
            "body": "\\vec{$1}",
            "mode": "maths",
            "description": "vector",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(\\\\?[\\w\\^]{1,7})~ $",
            "body": "\\tilde{$1}",
            "mode": "maths",
            "description": "tilde",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(\\\\?[\\w\\^]{1,7})\\. $",
            "body": "\\dot{$1}",
            "mode": "maths",
            "description": "dot",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(\\\\?[\\w\\^]{1,7})\\.\\. $",
            "body": "\\ddot{$1}",
            "mode": "maths",
            "description": "ddot",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bbar$",
            "body": "\\overline{$$1}",
            "mode": "maths",
            "description": "overline",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\b(\\\\?[\\w\\^{}]{1,3})bar$",
            "body": "\\overline{$1}",
            "mode": "maths",
            "description": "overline",
            "triggerWhenComplete": true
        },
        {
            "prefix": "(^|[^\\\\])\\bhat$",
            "body": "$1\\hat{$$1}",
            "mode": "maths",
            "description": "hat",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\b([\\w\\^{}])hat$",
            "body": "\\hat{$1}",
            "mode": "maths",
            "description": "hat",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\\\\\)(\\w)$",
            "body": "\\) $1",
            "mode": "any",
            "description": "space after inline maths",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\\\\\\\\\\\$",
            "body": "\\setminus ",
            "mode": "maths",
            "description": "∖ (setminus)",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bpmat$",
            "body": "\\begin{pmatrix} $$1 \\end{pmatrix} ",
            "mode": "maths",
            "description": "pmatrix",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bbmat$",
            "body": "\\begin{bmatrix} $$1 \\end{bmatrix} ",
            "mode": "maths",
            "description": "bmatrix",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bpart$",
            "body": "\\frac{\\partial $${1:V}}{\\partial $${2:x}} ",
            "mode": "maths",
            "description": "partial derivative",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bsq$",
            "body": "\\sqrt{$$1}",
            "mode": "maths",
            "description": "√",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?sr$",
            "body": "^2",
            "mode": "maths",
            "description": "²",
            "triggerWhenComplete": true
        },
        {
            "prefix": " ?cb$",
            "body": "^3",
            "mode": "maths",
            "description": "³",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bEE$",
            "body": "\\exists ",
            "mode": "maths",
            "description": "∃",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bAA$",
            "body": "\\forall ",
            "mode": "maths",
            "description": "∀",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\b([A-Za-z])([A-Za-z])\\2$",
            "body": "$1_$2",
            "mode": "maths",
            "description": "subscript letter",
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\b([A-Za-z])([A-Za-z])\\2?p1$",
            "body": "$1_{$2+1}",
            "mode": "maths",
            "description": "subscript letter + 1",
            "priority": 2,
            "triggerWhenComplete": true
        },
        {
            "prefix": "\\bdint$",
            "body": "\\int_{$${1:-\\infty}}^{$${2:\\infty}} ",
            "mode": "maths",
            "description": "∫ₐᵇ",
            "triggerWhenComplete": true
        },
        {
            "prefix": "([^ \\\\])  $",
            "body": "$1\\, ",
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