This course introduces learners to the concepts of object-oriented programming. The course covers introductory elements of object-oriented programming including inheritance, polymorphism, encapsulation, abstraction, aggregation and advanced concepts like error handling, file handling and Python libraries. Learners will be able to understand the methodologies of architecting an object-oriented programming solution and implement it to solve a business problem.
Upon successful completion of the course, the learner will be able to
Understand classes and objects, constructors and destructors, and control structures in Python.
Use the class inheritance to design better code.
Explain how polymorphism is achieved through Python code.
Learn syntax, features, and how to utilize the Python libraries.
Explain how to create functions and Lambda functions in Python.
Use exception handling in Python programs.
Understand database connectivity and querying in Python.
In this module you will learn different types of relationships with classes and what is Association,Aggregation, Composition and how to interrelate the classes using these concepts.
In this module you will learn what is inheritance and different types of inheritance(Simple, Multiple and Multilevel inheritance) and to implement the learnt concepts on the questions to code.
In this module you will learn what is Thread and the lifecycle of a Thread and to implement Threads using Thread Class and the thread API methods and the thread Synchronization and Thread Interaction.
In this module you will learn what is Exception handling in Python and the classes involved in Exceptions,try-finally-catch clauses and the code level implementation of Exception handling in Python.
In this module you will learn about database programming,benefits of DB,Database-API,errors and Exception Handling in DB programming by solving problems and code level implementation of Database connection in Python, Database connection using SQL and its Operations.
In this module you will learn about the Abstract classes and the necessary keywords to be used in abstract classes,code level implementation of abstract classes in Python.
In this module you will learn about StreamWriters and their functioning, StreamReaders and their functioning,StreamReaderWriter and their functioning and the code level implementation of Streams and Writers in Python.
In this module you will learn about the need for annotations and use available annotations,to define custom annotations, Lambda expressions,scoping rules for Lambda expressions and code level implementation of Lambda in Python.
Learning through E-Box is completely Hands-on and practice based thereby helping you understand the intricacies of Live Project Scenarios
E-Box’s programs and Courses are designed by Professionals in the Industry & Academicians, assuring a quality learning experience
With 100’s Mentors online ready to get your Doubts clarified and to Hand Hold you, you will always have someone to sort things our for you
All our Mentors are Top Professionals from their respective Industries. In E-Box you Learn and get mentored by professionals
Auto Evaluation is the Core of E-Box. Your solutions and answers are evaluated instantaneously by E-Box, thereby saving learners a lot of time
With Auto - Evaluation being the core of the Platform, E-Box uses AI & ML to assist Learners during their course of Study
E-Box’s AI algorithms provide you with Exercises that are Personalised and Adaptive based on your Interest and Calibre
Data becomes the core for evolving a personalised learning. E-Box uses these metrics for an Auto Corrective Learning Process