semvec/pypi-packages huggingface dataset:
streamlit-plotly-events-custom-data 0.0.6.3
Plotly chart component for Streamlit that also allows for events to bubble back up to Streamlit. This is a fork that allows the user to specify custom_data in the plot.
Requires Python: >=3.6

Plotly chart component for Streamlit that also allows for events to bubble back up to Streamlit. This is a fork that allows the user to specify custom_data in the plot.
strmprivacy-diagnostics 1.2.2
STRM Privacy Diagnostics for reporting privacy metrics on a dataset.
Requires Python: >=3.6
Keywords: strmprivacy privacy diagnostics

# STRM Privacy Diagnostics


This package contains diagnostics for your data, by means of computing k-Anonymity, l-Diversity and t-Closeness.

You can compute the scores by passing your data and indicating which columns are quasi-identifiers and sensitive attributes. 

A 'quasi identifier' is a data attribute on an individual that together with other attributes could identify them. E.g. your length probably doesn't discern you from a larger group of people, but the combination of your length, age and city of birth will if someone has some knowledge about you.

A 'sensitive attribute' is a sensitive data point, like a specific medical diagnosis or credit score.  

## Installation
Install the package via Pip:

```
pip install strmprivacy-diagnostics
```

## Usage
Simply import the package and
* point it to your input data
* calculate the statistics by passing the quasi identifiers and sensitive attributes
* print a report by passing the quasi identifiers and sensitive attributes

```python
from strmprivacy.diagnostics import PrivacyDiagnostics

# create an instance of the diagnostics class
d = PrivacyDiagnostics("/path/to/csv")

# calculate the statistics
d.calculate_stats(
    qi=['qi1', 'qi2', ...],  # names of quasi identifier columns,
    sa=['sa1', 'sa2', ...],  # names of sensitive attributes
)

# create report
d.create_report(
    qi=['qi1', 'qi2', ...],  # names of quasi identifier columns,
    sa=['sa1', 'sa2', ...],  # names of sensitive attributes
)

d.stats
>>> {'k': xxx, 'l': {'col1': xxx, ...}, 't': xxx}
```