From Python's Functional Primitives to Parallelism – Certificate of Completion

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Certificate of Achievement

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This is to certify that

Remi De Flon

has successfully completed

From Python's Functional Primitives to Parallelism

a course of study offered by Real Python (realpython.com), an online learning platform and expert community for Python software developers.

Completion Date: Dec. 30, 2020

Verification ID: 32a64505-151a-47e3-a972-f5c5c1293534

Course Description

Skill level: advanced

Use a functional approach, immutability, and map, filter, reduce to reach parallelism with multiprocessing and concurrent.futures in clear Python examples.

Section 1: Immutable Data Structures

1. Functional Programming Course Overview

2. What Is Functional Programming?

3. Mutable Data Structures: Lists and Dictionaries

4. Immutable Data Structures: namedtuple

5. Danger Zone: Mixing Mutable and Immutable Data Structures

6. Immutable Data Structures: Tuples

Section 2: The filter() Function

1. The filter() Function: Overview

2. What Is the filter() Function?

3. Storing Filtered Data in a Tuple

4. Why Use the filter() Function?

5. Filtering List Comprehensions

Section 3: The map() Function

1. The map() Function: Overview

2. What Is the map() Function?

3. How to Use the map() Function

4. The map() Function vs Generator Expressions

5. Why Use the map() Function?

Section 4: The reduce() Function

1. The reduce() Function: Overview

2. What Is the reduce() Function?

3. Why Use the reduce() Function?

4. Grouping Data With itertools.groupby()

Section 5: Parallel Processing With multiprocessing

1. Parallel Processing With multiprocessing: Overview

2. Multiprocessing Testbed Overview

3. The multiprocessing Module

4. Measuring Execution Time in the multiprocessing Testbed

5. How to Create a multiprocessing.Pool() Object

6. How to Use multiprocessing.Pool()

7. Parallel Processing With multiprocessing: Conclusion

Section 6: Parallel Processing With concurrent.futures

1. Parallel Processing With concurrent.futures: Overview

2. The concurrent.futures Module

3. How Functional Programing Makes Parallel Processing Simple

4. concurrent.futures vs multiprocessing

5. When to Use concurrent.futures or multiprocessing

View Course Details »

Certificate of Completion

This person’s account is verified and was created on Sept. 12, 2019. Real Python certifies their completion of the From Python's Functional Primitives to Parallelism course on Dec. 30, 2020.

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