Python Internals for Developers: Practice Python 3.x Fundamentals, Including Data Structures, Asymptotic Analysis, and Data Types (English Edition)
Author: Sonam Chawla Bhatia(Author)
Publisher finelybook 出版社: BPB Publications (December 31, 2021)
Language 语言: English
Print Length 页数: 520 pages
ISBN-10: 9391392024
ISBN-13: 9789391392024
Book Description
By finelybook
Concise Interpretation of every essential element of Python with Use-cases
Key Features
Numerous examples and solutions to assist beginners in understanding the concept.
Contains visual representations of data structures.
Demonstrations of how to use data structures with a Python implementation.
This book will aid you in your learning of the Python 3.x programming language. The chapters in this book will benefit every aspect of a programmer’s or developer’s life by preparing them to solve problems using Python programming and its key data structures and internals.
This book explains the built-in and user-defined data structures in Python 3.x. The book begins by introducing Python, its fundamental data structures, and asymptotic notations. Once you master the fundamentals of Python, you’ll be able to fully comprehend the built-in data structures. The book covers real-world applications to understand user-defined data structures and their actual implementation. Towards the end, it will help you investigate how to solve practical problems by first comprehending the issue at hand.
After reading this book, you will be able to identify data structures and utilize them to solve a specific problem. You will learn about various algorithm implementations in Python and use this knowledge to advance your Python skills.
After reading this book you will be able to plan your application’s migration to containers, prepare for Docker and Kubernetes Certifications, or apply for six digit DevOps jobs.
What you will learn
Calculate the complexity of time and space using asymptotic notations.
Discover Python 3.x’s built-in and user-defined data structures.
Create user-defined data structures from the bottom up.
Make use of libraries to create new user-defined data structures.
Determine and implement the most appropriate data structure for resolving issues.
