genbase 0.2.9

Generation base dependency

Generation base dependency

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Base functions, generation functions and generic wrappers.

© Marcel Robeer, 2021-2022

Module overview

Module	Description
genbase	Readable data representations and meta information class.
genbase.data	Wrapper functions for working with data.
genbase.decorator	Base support for decorators.
genbase.internationalization	i18n internationalization.
genbase.mixin	Mixins for seeding (reproducibility) and state machines.
genbase.model	Wrapper functions for working with machine learning models.
genbase.ui	Extensible user interfaces (UIs) for genbase dependencies.

Installation

Method	Instructions
pip	Install from PyPI via pip3 install genbase.
Local	Clone this repository and install via pip3 install -e . or locally run python3 setup.py install.

Releases

genbase is officially released through PyPI.

See CHANGELOG.md for a full overview of the changes for each version.

Packages using genbase

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text_explainability provides a generic architecture from which well-known state-of-the-art explainability approaches for text can be composed. This modular architecture allows components to be swapped out and combined, to quickly develop new types of explainability approaches for (natural language) text, or to improve a plethora of approaches by improving a single module. The text_explainability package is available through PyPI and fully documented at https://text-explainability.readthedocs.io/.

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text_explainability can be extended to also perform sensitivity testing, checking for machine learning model robustness and fairness. The text_sensitivity package is available through PyPI and fully documented at https://text-sensitivity.readthedocs.io/.

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API

genbase

Readable data representations and meta information class.

Class	Description
Readable	Ensure that a class has a readable representation.
Configurable	Adds working with configs (.from_config(), from_json(), from_yaml(), ..., read_json(), ..., to_yaml()) to a class.
MetaInfo	Adds type, subtype, callargs and other meta descriptors to a class (subclass of Configurable).

Example:

>>> from genbase import MetaInfo

>>> class ReturnCls(MetaInfo):
...     def __init__(self, value, **kwargs):
...         super().__init__(self,
...                          type='special_test',
...                          subtype='special',
...                          **kwargs)
...         self.value = value
...
...     @property
...     def content(self):
...          return {'value': self.value}

>>> obj = ReturnCls(value=5)
>>> obj.to_config()
{'META': {'type': 'special_test',
          'subtype': 'special'},
 'CONTENT': {'value': 5}}

genbase.data

Wrapper functions for working with data.

Function	Description
import_data()	Import dataset into an instancelib.Environment (containing instances and ground-truth labels).
train_test_split()	Split a dataset into training and test data.

Examples: Import from an online .csv file for the BBC News dataset with data in the 'text' column and labels in 'category':

>>> from genbase import import_data
>>> import_data('https://storage.googleapis.com/dataset-uploader/bbc/bbc-text.csv',
...             data_cols='text', label_cols='category')
TextEnvironment()

Convert a pandas DataFrame to instancelib Environment:

>>> from genbase import import_data
>>> import pandas as pd
>>> df = pd.read_csv('./Downloads/bbc-text.csv')
>>> import_data(df, data_cols=['text'], label_cols=['category'])
TextEnvironment()

Download a .zip file of the Drugs.com review dataset and convert each file in the ZIP to an instancelib Environment:

>>> from genbase import import_data
>>> import_data('https://archive.ics.uci.edu/ml/machine-learning-databases/00462/drugsCom_raw.zip',
...             data_cols='review', label_cols='rating')
TextEnvironment(named_providers=['drugsComTest_raw.tsv', 'drugsComTrain_raw.tsv'])

Convert a huggingface Dataset (SST2 in Glue) to an instancelib Environment:

>>> from genbase import import_data
>>> from datasets import load_dataset
>>> import_data(load_dataset('glue', 'sst2'), data_cols='sentence', label_cols='label')
TextEnvironment(named_providers=['test', 'train', 'validation'])

genbase.decorator

Base support for decorators.

Decorator	Description
@add_callargs	Decorator that passes __callargs__ to a function if available. Useful in conjunction with MetaInfo.

Example:

>>> from genbase import MetaInfo, add_callargs

>>> class ReturnCls(MetaInfo):
...     def __init__(self, value, callargs=None, **kwargs):
...         super().__init__(self,
...                          type='special_test',
...                          subtype='special',
...                          callargs=callargs,
...                          **kwargs)
...         self.value = value
...
...     @property
...     def content(self):
...          return {'value': self.value}

>>> @add_callargs
... def example_fn(x: int, y: int, z: int = 5, t='str', **kwargs):
...     callargs = kwargs.pop('__callargs__', None)
...     return ReturnCls(value=x + y + z, callargs=callargs)

>>> example_fn(x=1, y=2).callargs
{'x': 1, 'y': 2, 'z': 5, 't': 'str'}

genbase.internationalization

i18n internationalization.

Function	Description
get_locale()	Get current locale.
set_locale()	Set current locale .
translate_list()	Get a list based on locale, as defined in the './locale' folder.
translate_string()	Get a string based on locale, as defined in the './locale' folder.

Example:

>>> from genbase.internationalization import set_locale, translate_list
>>> set_locale('en')
>>> translate_list('stopwords')
['a', 'an', 'the']

>>> set_locale('nl')
>>> translate_list('stopwords')
['de', 'het', 'een']

genbase.mixin

Mixins for seeding (reproducibility) and state machines.

Class	Description
SeedMixin	Adds working with ._seed and ._original_seed for reproducibility.
CaseMixin	Adds working with title-, sentence-, upper- and lowercase for random data generation.

Example:

>>> from genbase.mixin import SeedMixin
>>> class RandomCls(SeedMixin):
...     def __init__(self, seed: int = 0):
...         self._seed = self._original_seed = seed

>>> rc = RandomCls(seed=10)
>>> rc.seed
10

>>> rc._seed += 20
>>> rc.seed
30

>>> rc._original_seed
10

genbase.model

Wrapper functions for working with machine learning models.

Function	Description
import_data()	Import a model with instancelib or instancelib-onnx.

Examples: Make a scikit-learn text classifier and train it on SST2

>>> from genbase import import_data, import_model
>>> from datasets import load_dataset
>>> ds = import_data(load_dataset('glue', 'sst2'), data_cols='sentence', label_cols='label')
>>> from sklearn.pipeline import Pipeline
>>> from sklearn.naive_bayes import MultinomialNB
>>> from sklearn.feature_extraction.text import TfidfVectorizer
>>> pipeline = Pipeline([('tfidf', TfidfVectorizer()),
...                      ('clf', MultinomialNB())])
>>> import_model(pipeline, ds, train='train')
SklearnDataClassifier()

Load a pretrained ONNX model with labels 'Bedrijfsnieuws', 'Games' and 'Smartphones'

>>> from genbase import import_model
>>> import_model('data-model.onnx', label_map={0: 'Bedrijfsnieuws', 1: 'Games', 2: 'Smartphones'})
SklearnDataClassifier()

genbase.ui

Extensible user interfaces (UIs) for genbase dependencies.

Function	Description
get_color()	Get color from a matplotlib colorscale.
plot.matplotlib_available()	Check if matplotlib is installed.
plot.plotly_available()	Check if plotly is installed.
notebook.format_label()	Format label as title.
notebook.format_instances()	Format multiple instancelib instances.
notebook.is_interactive()	Check if the environment is interactive (Jupyter Notebook).

Class	Description
plot.ExpressPlot	Plotter for plotly.express.
notebook.Render	Base class for rendering configs (configuration dictionaries).

Example:

>>> from genbase.ui.notebook import Render
>>> class CustomRender(Render):
...     def __init__(self, *configs):
...         super().__init__(*configs)
...         self.default_title = 'My Custom Explanation'
...         self.main_color = '#ff00000'
...         self.package_link = 'https://git.io/text_explainability'
...
...     def format_title(self, title: str, h: str = 'h1', **renderargs) -> str:
...         return f'<{h} style="color: red;">{title}</{h}>'
...
...     def render_content(self, meta: dict, content: dict, **renderargs):
...         type = meta['type'] if 'type' in meta else ''
...         return type.replace(' ').title() if 'explanation' in type else type

>>> from genbase import MetaInfo
>>> NiceCls(MetaInfo):
...     def __init__(self, **kwargs):
...         super().__init__(renderer=CustomRenderer, **kwargs)