Like tree but draws it in the form of a DAG. My idea was that symbolic links essentially make a file system a DAG. Although after reading more it does seem like symbolic link loops are allowed at least on Unix system. I will deal with that case later. I still need to make it more robust, I need to add a lot more tests.
For the following tree output:
[X@X tmp7sojntl_]$ tree
.
├── a.txt
└── subdir
├── ptr.txt -> /tmp/tmp7sojntl_/a.txt
└── b.text
With dag_dir.py
this results in:
[X@X tmp7sojntl_]$ (dag-show) [lap@lap-arch show-dag]$ python dag_dir.py /tmp/tmp7sojntl_ --canvas-size 20 50
subdir/ptr.txt
*^
* *
* *
* *
* *
* *
* *
* *
* subdir
* * ^
* * *
* * *
* * *
* * *
* * *
* * *
* * *
∨ ∨ *
a.txt <********subdir/b.txt*********************/tmp/tmp7sojntl_
It is writing in python (I in particular during development was using 3.10.9), just create a virtual env in your prefered way and install netgraph
in your virtual environment. Either via:
- via pip 0:
pip install netgraph
- via pip 1:
pip install -u netgraph
- if you are using a conda env and wanted to use the conda package:
conda install -c conda-forge netgraph
So far I have only tested it on Linux, will test it on Windows. This would work best on a horizontal screen setup, as the height is most important, since right now I am only writing text from left to right not top to bottom or similar.