hypertag 0.3.4

File organization made easy using tags

HyperTag

File organization made easy. HyperTag let's humans intuitively express how they think about their files using tags.

Install

Available on PyPI

$ pip install hypertag

Overview

HyperTag offers a slick CLI but more importantly it creates a directory called HyperTagFS which is a file system based representation of your files and tags using symbolic links and directories.

Directory Import: Import your existing directory hierarchies using $ hypertag import path/to/directory. HyperTag converts it automatically into a tag hierarchy using metatagging.

Fuzzy Matching Queries: HyperTag uses fuzzy matching to minimize friction in the unlikely case of a typo.

File Type Groups: HyperTag automatically creates folders containing common files (e.g. Images: jpg, png, etc., Documents: txt, pdf, etc., Source Code: py, js, etc.), which can be found in HyperTagFS.

HyperTagFS Daemon (Experimental): Monitors HyperTagFS for user changes. Currently supports file and directory (tag) deletions + directory (name as query) creation with automatic query result population.

HyperTag Graph: Quickly get an overview of your HyperTag Graph! HyperTag visualizes the metatag graph on every change and saves it at HyperTagFS/hypertag-graph.pdf.

CLI Functions

Import existing directory recursively

Import files with tags inferred from the existing directory hierarchy

$ hypertag import path/to/directory

Tag file/s

Manually tag files

$ hypertag tag humans/*.txt with human "Homo Sapiens"

Untag file/s

Manually remove tag/s from file/s

$ hypertag untag humans/*.txt with human "Homo Sapiens"

Tag a tag

Metatag tag/s to create tag hierarchies

$ hypertag metatag human with animal

Merge tags

Merge all associations (files & tags) of tag A into tag B

$ hypertag merge human into "Homo Sapiens"

Query using Set Theory

Print file names fuzzy matching the query. Nesting is currently not supported, queries are evaluated from left to right

Print paths: $ hypertag query human --path

Disable fuzzy matching: $ hypertag query human --fuzzy=0

Default operand is AND (intersection):
$ hypertag query human "Homo Sapiens"

OR (union):
$ hypertag query human or "Homo Sapiens"

MINUS (difference):
$ hypertag query human minus "Homo Sapiens"

Print all tags of file/s

$ hypertag tags filename1 filename2

Print all metatags of tag/s

$ hypertag metatags tag1 tag2

Print all tags

$ hypertag show

Print all files

Print names: $ hypertag show files

Print paths: $ hypertag show files --path

Visualize HyperTag Graph

Visualize the metatag graph hierarchy (saved at HyperTagFS root)

$ hypertag graph

Specify layout algorithm (default: fruchterman_reingold):

$ hypertag graph --layout=kamada_kawai

Generate HyperTagFS

Generate file system based representation of your files and tags using symbolic links and directories

$ hypertag mount

Start HyperTagFS daemon

Start process watching HyperTagFS dir for user changes

$ hypertag daemon

Set HyperTagFS directory path

Default is the user's home directory

$ hypertag set_hypertagfs_dir path/to/directory

Architecture

• Python powers HyperTag
• SQLite3 serves as the meta data storage engine (located at ~/.config/hypertag/hypertag.db)
• Symbolic links are used to create the HyperTagFS directory structure

Development

• Clone repo: $ git clone https://github.com/SeanPedersen/HyperTag.git
• $ cd HyperTag/
• Install Poetry
• Install dependencies: $ poetry install
• Activate virtual environment: $ poetry shell
• Run all tests: $ pytest -v
• Run Black formatter: $ black hypertag/
• Run PyLint: $ pylint **/*.py
• Run MyPy: $ mypy **/*.py
• Run Bandit: $ bandit --exclude tests/ -r .
• Run HyperTag: $ python -m hypertag

Inspiration

This project is inspired by other existing open-source projects:

• TMSU: Written in Go
• SuperTag: Written in Rust

What is the point of HyperTag's existence? HyperTag offers many unique features such as the import, graphing and fuzzy matching functions that make it very convenient to use. All while HyperTag's code base staying extremely small at <700 LOC in comparison to TMSU (>10,000 LOC) and SuperTag (>25,000 LOC), making it easy to hack on.