rootoi 1.0.4

Rootoi is a nosql ,lightweight, file-based database management system that provides basic CRUD (Create, Read, Update, Delete) operations along with hashing mechanisms for data security.

Rootoi

Rootoi is a nosql ,lightweight, file-based database management system that provides basic CRUD (Create, Read, Update, Delete) operations along with hashing mechanisms for data security.

Features

• Store and manage data in a simple file-based format.
• Secure data with SHA-256 hashing.
• Read and retrieve entries using unique identifiers.
• Update and delete entries.
• Verify database integrity.
• Acts as NoSQL database

Installation

Ensure you have Python 3 installed on your system.

pip install -r requirements.txt  # if dependencies are needed

Usage

Initialize the Database

from rootoi import Rootoi

db = Rootoi("database_name", 4)  # Initialize with database name and entry column count

Methods

__init__(database: str, rc: int)

Initializes the Rootoi database.

• database: Name of the database.
• rc: Number of columns for each entry.

create_project(project: str, column: int)

Imported from rootoi.project

Creates a new database project.

• project: Name of the project.
• column: Number of columns per entry.
• Generates two files: {project}.config.json and {project}.rootoi.
• The config file initializes default security settings.

Example:

from rootoi.project import create_project
create_project("my_database", 4)

create_entry(*entry)

Adds a new entry to the database.

• entry: Variable number of values (must match rc from initialization).
• Returns the generated entry ID.

Example:

db.create_entry("John Doe", "[e-mail]", "password123", "Admin")

read_all_entry()

Retrieves all entries in the database.

• Returns a list of dictionaries containing stored entries.

Example:

entries = db.read_all_entry()
print(entries)

read_entry(id: str)

Retrieves a specific entry by ID.

• id: The unique identifier for an entry.
• Returns the corresponding entry data.

Example:

entry = db.read_entry("Syh8ZZC2aIItAWA5xDDy33Pf8VHPWpjWPbZBWM6Bci04KIW9NWPQsj4b7PmKBUKO1UlDFcs8AYeBSipBXjsivSIEZi9ZR6Nnz0nOeyzlND9")
print(entry)

delete_all_entry()

Deletes all entries in the database.

Example:

db.delete_all_entry()

delete_entry(id: str)

Deletes a specific entry by ID.

• id: The unique identifier of the entry to delete.

Example:

db.delete_entry("eRPW69QnPKAyAJC8jkW9c5IxYz4h8PDWXObllPGgY6JCUHh2P7ODuOYSuNfAoaC0Qaywh3iejV0JzZZeQrh6wAQvdhSqielUPeO7pw7PQ8Kf")

update_entry(id: str, column: int, value)

Updates a specific entry.

• id: The unique identifier of the entry.
• column: The column index to update.
• value: The new value to set.

Example:

db.update_entry("V7Nnqyxcqw2CasP5QP26NG7wFtE0HD2YGQEUfLi6B4ExYlGkFqhyN6NndINEmLl8dN6AdmC7YzvGUBsOseBqTzz7qsukzKF8q7PYgjhuYHcE", 3, "New Value")

hash_dev_sha256()

Applies SHA-256 hashing to all stored entries that are not yet hashed.

Example:

db.hash_dev_sha256()

Security

• Uses SHA-256 hashing for sensitive data storage.
• Ensures database integrity through versioning and configuration verification.

License

This project is licensed under the MIT License.

Author

Developed by Akshay