Concurrent and Parallel Programming in Python
Concurrent and Parallel Programming in Python, available at $59.99, has an average rating of 4.39, with 28 lectures, based on 423 reviews, and has 3773 subscribers.
You will learn about How to use concurrency and parallelism in Python How to write multi-threaded programs How to write multi-process programs How to write asynchronous programs This course is ideal for individuals who are Python developers that want to make their programs faster by adding concurrency It is particularly useful for Python developers that want to make their programs faster by adding concurrency.
Enroll now: Concurrent and Parallel Programming in Python
Summary
Title: Concurrent and Parallel Programming in Python
Price: $59.99
Average Rating: 4.39
Number of Lectures: 28
Number of Published Lectures: 28
Number of Curriculum Items: 28
Number of Published Curriculum Objects: 28
Original Price: $89.99
Quality Status: approved
Status: Live
What You Will Learn
- How to use concurrency and parallelism in Python
- How to write multi-threaded programs
- How to write multi-process programs
- How to write asynchronous programs
Who Should Attend
- Python developers that want to make their programs faster by adding concurrency
Target Audiences
- Python developers that want to make their programs faster by adding concurrency
In this course you’ll learn how to create multi-threaded, asynchronous, and multi-process programs in Python, so that you can make your programs run even faster.
In applications communicating with other resources, a lot of time is spent just waiting for information to be passed from one place to another. You’ll learn how to use multi-threading as well as asynchronous programming to speed up programs that are heavily bottlenecked by IO operations.
We’ll go through an introduction first of where potential speed bottlenecks come from as well as how we could solve these issues, and then we’ll dive directly into the technical content and build out a multi-threaded program together that grabs data from the internet, parses, and saves it into a local database.
Other programs may be more heavily affected by CPU limitations. We’ll also learn how to implement multiprocessing in Python, the library that lets us use multiple CPUs in our Python code. With this we’ll be able to spread our workload over all the cores available on the machine we’re using.
Finally, we’ll also look to combine both elements, taking a look at how we can use multiprocessing together with asynchronous programming to get the most benefit for yourself, maximizing your use of CPU resources and minimizing time spent siting idle waiting for IO response.
You can find the lecture code in the GitHub repository linked in the first lesson.
Course Curriculum
Chapter 1: Threading
Lecture 1: Threading, Multiprocessing, Async Intro
Lecture 2: Threading in Python
Lecture 3: Creating a Threading Class
Lecture 4: Creating a Wikipedia Reader
Lecture 5: Creating a Yahoo Finance Reader
Lecture 6: Queues and Master Scheduler
Lecture 7: Creating a Postgres Worker
Lecture 8: Integrating the Postgres Worker
Lecture 9: Yaml File Intro
Lecture 10: Creating a Yaml Reader
Lecture 11: Improving Our Wiki Worker
Lecture 12: Improving All Workers and Adding Monitoring
Lecture 13: Final Program Cleanup
Lecture 14: Locking
Chapter 2: Multiprocessing
Lecture 1: Multiprocessing Intro
Lecture 2: Multiprocessing Queues
Lecture 3: Multiprocessing Pool
Lecture 4: Multiprocessing Pool Map Multiple Arguments
Lecture 5: Multiprocessing Multiple Varying Arguments
Lecture 6: Multiprocessing Checking Elements in List in Certain Ranges
Chapter 3: Asynchronous
Lecture 1: Intro to Writing Asynchronous Programs
Lecture 2: Asynchronous Tasks
Lecture 3: Async Gather Method
Lecture 4: Using Async Timeouts
Lecture 5: Creating Asynchronous For Loops
Lecture 6: Using Asynchronous Libraries
Lecture 7: The Async Wait Statement
Lecture 8: Combining Async and Multiprocessing
Instructors
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Max S
Data Engineer
Rating Distribution
- 1 stars: 12 votes
- 2 stars: 8 votes
- 3 stars: 62 votes
- 4 stars: 146 votes
- 5 stars: 196 votes
Frequently Asked Questions
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