preprocessing-pgp 0.2.10.post2.dev4
Preprocessing required data for customer service purpose
License: MIT License
Requires Python: >=3.9
Keywords: nlp,text,preprocessing


# preprocessing_pgp

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**preprocessing_pgp** -- The Preprocessing library for any kind of data -- is a suit of *open source Python modules, preprocessing techniques* supporting research and development in Machine Learning. preprocessing_pgp requires Python version **3.6, 3.7, 3.8, 3.9, 3.10**

---

## Installation

To install the **current release**:

```shell
pip install preprocessing-pgp
```

To install the release with **specific version** (e.g. 0.1.3):

```shell
pip install preprocessing-pgp==0.2.9
```

To upgrade package to **latest version**:

```shell
pip install --upgrade preprocessing-pgp
```

---

## Features

### 1. Vietnamese Naming Functions

#### 1.1. Preprocessing Names

```shell
python
```

```python
>>> from preprocessing_pgp.name.preprocess import basic_preprocess_name
>>> basic_preprocess_name('Phan Thị    Thúy    Hằng *$%!@#')
Phan Thị Thúy Hằng
```

#### 1.2. Enrich Vietnamese Names (Pending...)

```shell
python
```

```python
>>> import pandas as pd
>>> from preprocessing_pgp.name.enrich_name import process_enrich
>>> data = pd.read_parquet('/path/to/data.parquet')
>>> enrich_data = process_enrich(data, name_col='name')

Cleansing Takes 0m0s


Enrich names takes 5m10s

>>> enrich_data.columns
Index(['name', 'predict', 'final'], dtype='object')
```

#### 1.3. Extract customer type from name (New Feature)

In big data platform, user might enter not just there name into the name field but many others.

This module currently support detection of following type:

1. **customer** : The name of the *customer*
2. **company** : The name of any *company related*
3. **biz** : The name of any *business related*
4. **edu** : The name of any type of *education related*
5. **medical** : The name of any *medical related*

```shell
python
```

```python
>>> import pandas as pd
>>> from preprocessing_pgp.name.type.extractor import process_extract_name_type
>>> data = pd.read_parquet('/path/to/data.parquet')
>>> extracted_data = process_extract_name_type(data, name_col='name')


Cleansing names takes 0m0s


Formatting names takes 0m0s


Extracting customer's type takes 0m0s


>>> extracted_data.columns
Index(['username', 'customer_type'], dtype='object')
```

### 2. Extracting Vietnamese Phones

```shell
python
```

```python
>>> import pandas as pd
>>> from preprocessing_pgp.phone.extractor import process_convert_phone
>>> data = pd.read_parquet('/path/to/data.parquet')
>>> extracted_data = process_convert_phone(data, phone_col='phone')


Converting phones takes 0m1s


>>> extracted_data.columns
Index(['phone', 'is_phone_valid', 'is_mobi', 'is_new_mobi',
       'is_old_mobi', 'is_new_landline', 'is_old_landline',
       'phone_convert', 'phone_vendor', 'tail_phone_type'],
      dtype='object')
```

### 3. Verify Vietnamese Card IDs

```shell
python
```

```python
>>> import pandas as pd
>>> from preprocessing_pgp.card.validation import process_verify_card
>>> data = pd.read_parquet('/path/to/data.parquet')
>>> verified_data = process_verify_card(data, card_col='card_id')
Process cleaning card id...


Verifying card id takes 0m3s


>>> verified_data.columns
Index(['card_id', 'clean_card_id', 'is_valid', 'is_personal_id', 'is_passport',
       'is_driver_license'],
      dtype='object')
```

### 4. Extract Information in Vietnamese Address

> All the region codes traced are retrieve from [Đơn Vị Hành Chính Việt Nam](http://tongdieutradanso.vn/don-vi-hanh-chinh-viet-nam.html)

Apart from original columns of **dataframe**, we also generate columns with specific meanings:

* **cleaned_*<address_col>*** : The *cleaned address* retrieve from the raw address column
* **level 1** : The raw city extracted from the *cleaned address*
* **best level 1** : The *beautified city* traced from extracted raw city
* **level 1 code** : The generated *city code*
* **level 2** : The raw district extracted from the *cleaned address*
* **best level 2** : The *beautified district* traced from extracted raw district
* **level 2 code** : The generated *district code*
* **level 3** : The raw ward extracted from the *cleaned address*
* **best level 3** : The *beautified ward* traced from extracted raw ward
* **level 3 code** : The generated *ward code*
* **remained address** : The *remaining address* not being extracted

```shell
python
```

```python
>>> import pandas as pd
>>> from preprocessing_pgp.address.extractor import extract_vi_address
>>> data = pd.read_parquet('/path/to/data.parquet')
>>> extracted_data = extract_vi_address(data, address_col='address')
Cleansing takes 0m0s


Extracting takes 0m22s


Code generation takes 0m3s

>>> extracted_data.columns
Index(['address', 'cleaned_address', 'level 1', 'best level 1', 'level 2',
       'best level 2', 'level 3', 'best level 3', 'remained address',
       'level 1 code', 'level 2 code', 'level 3 code'],
      dtype='object')
```

### 5. Validate email address

A valid email is consist of:

1. Large company email's address (@gmail, @yahoo, @outlook, etc.)
2. Common email address (contains at least a alphabet character in email's name)
3. Education email (can start with a number)
4. Not auto-email

Apart from original columns of **dataframe**, we also generate columns with specific meanings:

* **is_email_valid** : indicator of whether the email is valid or not

```shell
python
```

```python
>>> import pandas as pd
>>> from preprocessing_pgp.email.validator import process_validate_email
>>> data = pd.read_parquet('/path/to/data.parquet')
>>> validated_data = process_validate_email(data, email_col='email')
Cleansing email takes 0m0s


Validating email takes 0m22s
```