Python Developer Course in Indore

• Introduction to Python
• Overview of Python programming language
• Setting up Python environment (interpreter, IDEs)
• Writing and executing your first Python program
• Basic syntax: variables, data types, and operators

• Control Flow and Decision Making
• Control structures: if-else, elif, nested if
• Looping constructs: for, while
• Using control flow to make decisions and iterate through code

• Data Structures in Python
• Lists: creation, accessing elements, list methods
• Tuples: creating and accessing tuples, immutability
• Dictionaries: key-value pairs, dictionary methods
• Sets: creating and manipulating sets, set operations

• Functions and Modules
• Defining functions: syntax, parameters, return statement
• Scope of variables: local and global scope
• Importing modules and using functions from them
• Writing and importing user-defined modules

• Object-Oriented Programming (OOP) in Python
• Introduction to Object-Oriented Programming (OOP) concepts
• Classes and objects: defining classes, creating objects, and accessing class members
• Constructors and methods: defining constructors and instance methods
• Inheritance: extending classes, method overriding

• Exception Handling
• Understanding exceptions and errors in Python
• Handling exceptions using try-except blocks
• Raising exceptions, finally block, handling multiple exceptions

• File Handling
• Reading from and writing to files using Python I/O
• File input/output operations: open(), close(), read(), write()
• Working with text and binary files
• Using file handling for data storage and retrieval

• Regular Expressions
• Introduction to regular expressions (regex)
• Pattern matching using regex: search(), match(), findall()
• Regex metacharacters and quantifiers
• Practical applications of regular expressions in text processing

• Working with Databases
• Overview of database management systems (DBMS)
• Connecting to databases using Python libraries (e.g., sqlite3, pymysql)
• Executing SQL queries using Python
• CRUD operations: creating, reading, updating, and deleting data in databases

Choosing between Python with Django and Flask depends on various factors such as project requirements, developer preferences, and scalability needs. Django, a full-fledged web framework, provides a comprehensive set of features out of the box, making it ideal for building large-scale, complex web applications. Its "batteries included" philosophy offers built-in functionalities for database management, authentication, authorization, and more, following strict conventions and imposing a specific project structure. This opinionated approach streamlines development and ensures consistency but may be perceived as heavyweight for smaller projects or developers who prefer more flexibility.

On the other hand, Flask is a lightweight microframework that prioritizes simplicity and minimalism, offering developers greater flexibility and control over their project structure. Its minimal core and modular design allow developers to choose and integrate only the components they need, making it well-suited for rapid prototyping, small to medium-sized projects, and applications that require customization and extensibility. Flask's flexibility comes with the trade-off of having to handle more aspects of web development manually, such as database integration, authentication, and URL routing, which may require additional third-party extensions or libraries.

In summary, Django is best suited for developers who value convention over configuration and require a comprehensive framework with built-in features for large-scale applications. Meanwhile, Flask appeals to developers who prioritize simplicity, flexibility, and control over their project architecture, making it an excellent choice for prototyping, smaller projects, or applications with specific customization requirements. Ultimately, the choice between Django and Flask depends on the project's scope, complexity, and the developer's preferences and priorities.

• Django Basics
• Creating a Django project and understanding project structure
• Working with Django apps and configuring settings
• Running the Django development server and accessing admin interface

• Django Models
• Defining data models using Django's ORM (Object-Relational Mapper)
• Working with model fields, relationships, and constraints
• Performing CRUD operations (Create, Read, Update, Delete) on Django models

• Django Views
• Understanding Django views and URL routing
• Creating view functions to handle HTTP requests and render responses
• Passing data from views to templates using context objects

• Django Templates
• Introduction to Django template language (DTL)
• Creating templates for rendering HTML content dynamically
• Using template tags, filters, and loops in Django templates

• Django Forms
• Creating HTML forms using Django forms library
• Handling form submission and processing form data in views
• Implementing form validation and handling validation errors

• Django Authentication and Authorization
• Implementing user authentication and registration in Django
• Integrating Django authentication system with custom user models
• Managing user permissions and access control in Django applications

• Django Admin Interface
• Exploring Django admin interface for managing site content
• Customizing Django admin interface and registering custom models
• Implementing advanced features like list filters, search, and inline editing

• Django Rest Framework (DRF)
• Introduction to Django Rest Framework (DRF) for building RESTful APIs
• Creating API views, serializers, and URL routing in DRF
• Testing and debugging Django APIs using DRF's built-in tools

• Django Middleware
• Understanding Django middleware and its role in request processing
• Creating custom middleware components for logging, authentication, etc.
• Configuring and ordering middleware in Django settings

• Django Testing
• Writing unit tests and integration tests for Django applications
• Testing views, models, forms, and APIs in Django
• Using Django's built-in testing tools and libraries (unittest, pytest)

• Django Deployment
• Deploying Django applications to web servers and cloud platforms
• Configuring production settings and optimizing Django applications for performance
• Setting up continuous integration (CI) and continuous deployment (CD) pipelines

• Django Project Structure and Best Practices
• Best practices for organizing Django projects and apps
• Implementing separation of concerns and modular design in Django applications
• Scalability, security, and maintainability considerations for Django projects

• Django Advanced Topics
• Advanced Django features and techniques (caching, signals, middleware)
• Integrating third-party libraries and services with Django applications
• Exploring Django ecosystem and community resources for further learning

• Real-world Django Project
• Working on a complete Django project from start to finish
• Applying knowledge and skills gained throughout the course to build a real-world application
• Collaborating with peers and receiving feedback on project implementation

• Introduction to Web Development with Flask:
• Overview of web development concepts.
  
• Introduction to Flask framework and its features.
• Setting up a Flask development environment.

• Basic Flask Concepts:
• Creating and running a Flask application.
• Routing: Handling HTTP requests and defining routes.
• Templating: Using Jinja2 templates for dynamic content generation.

• HTML and CSS Fundamentals:
• Basic HTML structure and tags.
  
• Styling web pages with CSS.
• Creating responsive and visually appealing web designs.

• Handling Forms and User Input:
• Creating HTML forms.
  
• Handling form submissions in Flask.
• Validating user input and displaying error messages.

• Database Integration:
• Introduction to SQLite or other databases.
  
• Integrating a database with Flask using SQLAlchemy ORM.
• Performing CRUD (Create, Read, Update, Delete) operations with Flask-SQLAlchemy.

• Authentication and Authorization:
• Implementing user authentication and registration.
• Securing routes and resources with authentication and authorization mechanisms.
• Using Flask-Login for session management and user authentication.

• RESTful APIs with Flask:
• Introduction to RESTful principles.
• Building RESTful APIs with Flask-Restful or Flask-RESTPlus.
• Handling HTTP methods (GET, POST, PUT, DELETE) and request parsing.

• Deployment and Productionization:
• Configuring Flask applications for production environments.
  
• Deploying Flask applications to platforms like Heroku, AWS, or DigitalOcean.
• Best practices for scaling and managing production Flask applications.

• Testing Flask Applications:
• Writing unit tests and integration tests for Flask applications.
• Using testing libraries like pytest for automated testing.
• Mocking dependencies and testing Flask routes and views.

• Advanced Flask Topics:
• Handling file uploads.
• Implementing email sending functionality.
• Integrating third-party APIs and services.
• Caching and optimization techniques for Flask applications.

• Project Work and Real-world Applications:
• Hands-on projects to reinforce learning and apply concepts learned throughout the course.
  
• Building real-world web applications such as a blog, e-commerce site, or social media platform using Flask.

Developing a Python web development course project using Flask and Django involves a systematic process to ensure learners gain a comprehensive understanding of both frameworks. Here's a structured development process for such a project:

• Project Planning and Scope Definition
• Identify Project Goals: Define the objectives of the course project, such as learning Flask and Django fundamentals, building a full-stack web application, etc.
• Scope Definition: Determine the scope of the project, including features, functionalities, and technical requirements.
• Project Timeline: Establish a timeline for project development, considering the duration of the course and the complexity of the project.

• Requirements Gathering and Analysis
• Stakeholder Interviews: Gather requirements from course instructors, learners, and other stakeholders.
• User Stories or Use Cases: Break down requirements into user stories or use cases to understand the expected behavior of the application.
• Technical Requirements: Identify the technical specifications, such as database requirements, third-party integrations, etc.

• Design Phase
• UI/UX Design: Create wireframes or mockups to visualize the user interface and user experience of the application.
• Database Design: Design the database schema, including tables, relationships, and constraints, for both Flask and Django projects.
• Architecture Design: Define the overall architecture of the application, including the choice of frameworks, libraries, and design patterns.

• Development Phase
• Flask Development: Setup Flask Environment: Install Flask and set up the development environment.
• Routing and Views: Define routes and views to handle HTTP requests and render HTML templates.
• Database Integration: Integrate SQLAlchemy ORM for database operations, including models, migrations, and CRUD operations.
• User Authentication: Implement user authentication and authorization using Flask-Login or similar libraries.
• Frontend Development: Develop frontend components using HTML, CSS, and JavaScript, integrating them with Flask templates.
• Django Development: Setup Django Environment: Install Django and create a new Django project.
• Views and Templates: Define views and templates to handle user requests and render HTML responses.
• Database Integration: Implement models using Django ORM, manage database migrations, and perform CRUD operations.
• User Authentication: Utilize Django's built-in authentication system to implement user registration, login, and logout.
• Admin Interface: Set up the Django admin interface for managing application data and user accounts.

• Testing and Quality Assurance
• Unit Testing: Write unit tests for Flask and Django views, models, and other components.
• Integration Testing: Test the interaction between different parts of the application, including frontend-backend communication.
• User Acceptance Testing (UAT): Conduct UAT to ensure the application meets the requirements and expectations of stakeholders and learners.

• Deployment and Launch
• Deployment Environment Setup: Choose a deployment platform (e.g., Heroku, AWS) and configure the server environment.
• Deploy Flask Application: Deploy the Flask application to the chosen server, ensuring all dependencies are installed and configurations are set.
• Deploy Django Application: Deploy the Django application following similar steps as Flask deployment.
• Domain Configuration: Configure domain settings, DNS records, and SSL certificates for secure communication.
• Launch: Officially launch the application and make it accessible to learners and stakeholders.

• Documentation and Support
• Code Documentation: Document the codebase with comments, docstrings, and usage examples.
• User Documentation: Create user guides, tutorials, and FAQs to help learners understand and use the application.
• API Documentation: Generate API documentation for any RESTful APIs implemented in the project.
• Support and Maintenance: Provide ongoing support and maintenance for the application, addressing any issues or bugs reported by learners.

• Iterative Improvement
• Feedback Collection: Gather feedback from learners, instructors, and other stakeholders to identify areas for improvement.
• Feature Enhancements: Continuously add new features and enhancements based on feedback and evolving requirements.
• Performance Optimization: Optimize application performance, scalability, and efficiency to ensure smooth operation.

By following this structured development process, learners can gain hands-on experience with Flask and Django while building a real-world web application project. This approach allows for a holistic understanding of web development concepts and practices using Python frameworks.