Python Programming Exercises for Advanced Developers is an essential resource created for developers who are already skilled in Python. Featuring a wide range of challenging exercises, this guide delves into advanced topics like multithreading, network programming, design patterns, and performance optimization. Each exercise is carefully designed to enhance expertise and foster mastery in specialized areas of Python development. Whether for personal growth or career progression, this in-depth guide is an invaluable tool for advanced developers looking to refine their abilities and tackle complex programming challenges with precision.
| Table, Array, and File Management Develop a Python program to expand the tables + array exercise, so that it includes two new methods: dumping the array data into a binary file and restoring the data from the file. |
| Table Collection and File Management Develop a Python program to expand the exercise (tables + array + files) by creating three classes: Table, SetOfTables, and a test program. The SetOfTables class should contain an array of tables, as well as two methods to dump all data from the array into a binary file and restore data from the file. |
| Insect Data Persistence Develop a Python program to create a new version of the "insects" exercise, which should persist the data using some form of storage, such as a database or file system. |
| City Data Persistence Develop a Python program to create a new version of the "cities database", using persistence to store its data instead of text files. |
| Database Construction Develop a Python program to create a utility that asks the user for data about books (title, author, genre, and summary) and stores this information in a SQLite database. |
| Database Querying Develop a Python program to create a utility that displays the data about books which your previous program has stored. |
| Complete Database Access Develop a Python program to create a utility that allows the user to enter information about books and browse the existing data. The program should handle the case where the data file does not exist when the program starts. |
| Implementing a Queue Using List Develop a program in Python to implement a queue using a list. The program should include functionality to enqueue elements, dequeue elements, and display the current state of the queue. Ensure proper error handling for operations on an empty queue. |
| Building a Stack Using Lists Develop a program in Python to implement a stack using a list. The program should support operations to push elements onto the stack, pop elements from the stack, and display the current contents of the stack. Include error handling for attempting to pop from an empty stack. |
| Working with Queue Collections Develop a Python program to demonstrate the use of queue collections. Utilize the queue module to implement a basic queue with operations for adding elements, removing elements, and displaying the queue. Ensure the program handles edge cases such as attempting operations on an empty queue. |
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