Or write your own Python script to color-code big files red.
Here’s a breakdown of content regarding — a conceptual or custom tool/script that visualizes file sizes in a tree structure, similar to tree but with file sizes included. 1. Blog Post / Tutorial: Title: Master Disk Usage with treefilesize : Visualize File Sizes Like a Pro
alias tfs='tree -h --du' alias tfs-large='tree -h --du -L 2 | grep -E "\[.*M\]"' 🧠 Disk space mystery? Try treefilesize – a visual tree of your folders with file sizes attached. No more guessing where all your storage went.
Example:
project/ ├── README.md (1.2 KB) ├── data/ (24 MB) │ ├── raw.csv (18 MB) │ ├── clean.csv (6 MB) ├── scripts/ (8 KB) │ ├── analyze.py (4 KB) │ ├── utils.py (4 KB) └── output/ (512 MB) └── results.pdf (512 MB) Save this as treefilesize and add to your PATH:
Or write your own Python script to color-code big files red.
Here’s a breakdown of content regarding — a conceptual or custom tool/script that visualizes file sizes in a tree structure, similar to tree but with file sizes included. 1. Blog Post / Tutorial: Title: Master Disk Usage with treefilesize : Visualize File Sizes Like a Pro treefilesize
alias tfs='tree -h --du' alias tfs-large='tree -h --du -L 2 | grep -E "\[.*M\]"' 🧠 Disk space mystery? Try treefilesize – a visual tree of your folders with file sizes attached. No more guessing where all your storage went. Or write your own Python script to color-code big files red
Example:
project/ ├── README.md (1.2 KB) ├── data/ (24 MB) │ ├── raw.csv (18 MB) │ ├── clean.csv (6 MB) ├── scripts/ (8 KB) │ ├── analyze.py (4 KB) │ ├── utils.py (4 KB) └── output/ (512 MB) └── results.pdf (512 MB) Save this as treefilesize and add to your PATH: Blog Post / Tutorial: Title: Master Disk Usage
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