|Craig Oates 234f514459 fix link in ReadMe (Releases).||6 months ago|
|media||6 months ago|
|.gitignore||6 months ago|
|LICENSE||6 months ago|
|README.md||6 months ago|
|requirements.txt||6 months ago|
|scl.py||6 months ago|
This is a Python 3 console program which displays a personal collection of shortcuts. It, also, has a feature to append new shortcuts to your collection via the Command Line Interface (C.L.I.). or manually editing the shortcuts file (a markdown file).
The rendering is done mostly with a Python package called Rich: A library for rich text formatting in the terminal. In this instance, Shortcut Learner is using the Markdown rendering feature most of all. For more information on Rich, please use the following link: https://github.com/willmcgugan/rich.
To use Shortcut Learner, I recommend you meet the following:
I assume you are wanting to use this from within a Python virtual environment. If you do not, install the packages from requirements.txt without creating a virtual environment (I.E. ignore steps 1 and 2). Also, make sure you have cloned the repository and you are in its directory.
# 1. Create a virtual environment. python3 -m venv venv # 2. Activate the virtual environment. . venv/bin/activate # Replace . with source if that's your preference. # 3. Install the packages. pip install -r requirements.txt # 4. Run the script. python scl.py # Optional: View the help section. python scl.py --help
Assuming this is the first time you have used this script, it will show you a message saying it cannot find your shortcuts file. If that is true, it will provide an option to create one for you. The default is
y (yes). The name of the file the program creates is shortcut-learner.md and stores it your home directory.
To add a shortcut to your list, (assuming you are still in the project’s working directory) use
python scl.py -a "[Enter your shortcut here]".
Because the program stores your shortcuts in a markdown file, you can edit the file manually if you prefer. The reason for this design decision is it allows you to keep it open as working file which you can add to throughout the day. With that said, opening the file in a text editor can sometimes feel like a excessive amount of memory usage (in proportion to the features provided) or you might prefer working inside a C.L.I. So, doing it this way, allows you to use it how you like. In other words, VS Code or C.L.I.? Either way is fine.
With the listed packages, you will find PyInstaller. If you want to use this without the need to touch the source code, you can create a binary and run Shortcut Learner from that. The easiest way to create the binary is to run (whilst in the project’s directory) either of the following commands:
# This command creates a binary as a one file. python pyinstaller --onefile scl.py # This command creates a binary with folders. python pyinstaller scl.py
If you are unfamiliar with PyInstaller, you can read an introductory overview at pypi.org.
Alternatively, you can download the binary (for Linux) from the Releases section.
One of the main points for making Shortcut Learner was to have access to your shortcut list as quickly as possible. One of the quickest ways to access something is, usually, through your terminal via (insert your “Bash” preference here). With that said, navigating to the script or the binary (see section above) and then running it can be combersome. One way to get around that is to add it to your
Path. The easiest way to do that is to create a (one file) binary and copy it to your /usr/bin/ directory. If you are in the project’s root directory and your have created a binary (see section above), enter
sudo cp dist/scl /usr/bin. After that, you can access Shortcut Learner by entering
scl into your terminal. If you want to remove it, enter
sudo rm /usr/bin/scl Becareful executing this command.
For Shortcut Learner to work (for me), it needs to be as accessible as a glance and inputting data needs to feel as close to writing a Post-It note and sticking it to your monitor as possible. To achieve this, I have created two global shortcuts. One to add a shortcut to the list (via a new terminal prompt) and another to show the shortcuts in a new separate terminal.
This was done using KDE’s Plama desktop so your mileage might vary. I have, also, sacrificed my num-pad (or 17 free customise-able buttons as I like to call them) and use the buttons as “shortcut buttons”. Again, this means your mileage might vary.
Because Shortcut Learner uses Rich to render your collection of shortcuts, you can create a profile in your terminal to make it easier to read/scan/prioritise certain points/Etc. Use the screenshots above as a starting-point.
Your collection of shortcuts are personal to you. So, pick a format (in markdown) which makes sense to you. If you want section headers and bullet-point lists, do that. If you prefer one giant numbered-list, do that. You can, also, just have paragraphs if you want. Feel free to use markdown’s code/syntax highlighting if that helps. Personally, I like a numbered-list with the shortcut highlighted with the
code/syntax highlighter followed by a quick description of what it does and the program it is used in. See the screenshots above for an example of this.
Because the file used to store your collection of shortcuts is a markdown file (called shortcut-learner.md), you can edit it like any other text file. I recommend adding quick one-line shortcuts with
scl -a "[Enter shortcut here]" and more detailed entries via your text editor. You can find this file at