A Python package for seamless SQL Server database management, supporting secure connections, query execution, batch fetching, caching, and result exporting.
Project description
📌 PyDBManager - SQL Server Database Manager
Welcome to PyDBManager – a Python package for managing SQL Server connections and queries easily and efficiently! 🎯
This guide will help you:
- ✅ Install PyDBManager
- ✅ Set up your
.envfile for credentials - ✅ Perform SQL operations using Python
- ✅ Save query results
- ✅ Use caching & batch fetching
1. Install PyDBManager
Run the following command to install PyDBManager:
pip install pydbmanager
If installation is successful, continue to the next step!
2. Create .env File to Store Database Credentials
To avoid hardcoding credentials, create a .env file in your project directory.
Steps
- Create a
.envfile in your project root. - Add the following credentials (update as needed):
DB_SERVER=localhost DB_DATABASE=your_database_name DB_USERNAME=your_username DB_PASSWORD=your_password DB_DRIVER={ODBC Driver 17 for SQL Server} - Ensure
.envis ignored by Git (Add.envto.gitignore). - Verify that
.envloads correctly (Next step).
3. Verify .env File
Run this script to check if the values are loaded correctly:
import os
from dotenv import load_dotenv
# Load environment variables
load_dotenv()
print("\u2705 Database Configuration Loaded:")
print(f"SERVER: {os.getenv('DB_SERVER')}")
print(f"DATABASE: {os.getenv('DB_DATABASE')}")
print(f"USERNAME: {os.getenv('DB_USERNAME')}")
print(f"PASSWORD: {'*' * len(os.getenv('DB_PASSWORD')) if os.getenv('DB_PASSWORD') else 'Not Set'}")
print(f"DRIVER: {os.getenv('DB_DRIVER')}")
Expected Output
Database Configuration Loaded:
SERVER: localhost
DATABASE: testDB
USERNAME: your_username
PASSWORD: **********
DRIVER: {ODBC Driver 17 for SQL Server}
4. Connect to the Database
from pydbmanager.connection import DatabaseConnection
# Initialize and test database connection
db = DatabaseConnection()
conn = db.create_connection()
if conn:
print("\u2705 Connection Successful!")
db.close_connection()
else:
print("\u274c Connection Failed!")
Expected Output
Connection Successful!
5. Perform SQL Operations
🔹 Fetch All Users
from pydbmanager.operations import DatabaseOperations
db_ops = DatabaseOperations()
# Fetch all users
df = db_ops.query_data("SELECT * FROM users", batch_size=5)
df
Expected Output → A pandas DataFrame displaying user data.
🔹 Insert a New Record
insert_query = """
INSERT INTO users (name, email, age, gender, phone_number, address, city, country)
VALUES ('John Doe', 'john.doe@example.com', 29, 'Male', '123-456-7890', '123 Elm St', 'New York', 'USA')
"""
db_ops.execute_query(insert_query)
print("\u2705 User inserted successfully!")
🔹 Update a Record
update_query = """
UPDATE users SET age = 30 WHERE email = 'john.doe@example.com'
"""
db_ops.execute_query(update_query)
print("\u2705 User updated successfully!")
🔹 Delete a Record
delete_query = """
DELETE FROM users WHERE email = 'john.doe@example.com'
"""
db_ops.execute_query(delete_query)
print("\u2705 User deleted successfully!")
6. Saving Query Results
🔹 Save Data to CSV
db_ops.save_results(df, "users_data.csv", "csv")
print("\u2705 Data saved to users_data.csv")
📁 Check your project folder for users_data.csv
7. Using Caching & Batch Fetching
🔹 Query with Caching
df_cached = db_ops.cached_query("SELECT * FROM users")
df_cached
🔹 Query with Batch Fetching
df_batch = db_ops.query_data("SELECT * FROM users", batch_size= 10)
df_batch
🔹 Closing Connection
db_ops.close()
print("\u2705 Database connection closed.")
✅ Congratulations! 🎉
You’ve successfully used PyDBManager for:
- Connecting to SQL Server
- Running SQL queries in Python
- Fetching, inserting, updating & deleting data
- Using caching & batch fetching
- Saving results to a file
🚀 Contributing & License
I welcome contributions! Feel free to submit issues and pull requests. 🛠️
This project is MIT Licensed — you are free to modify and distribute it as needed. 🏆
🔥 Happy Coding! 🚀
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