Build Three Real-World Python Applications
Offered By: LinkedIn Learning
Course Description
Overview
Learn how to build Python applications to solve real-world programming problems.
Syllabus
Introduction
- Real-world Python applications
- What you should know
- GitHub Codespaces
- What is web scraping?
- Introducing the Wisdom Pet Medicine website
- How to explore a webpage
- Understanding HTML code
- Understanding the requests package
- How to use the get() method
- How to retrieve webpage information
- How to retrieve HTML code
- How to use BeautifulSoup
- How to use find() and find_all() methods
- How to loop find_all() methods
- How to retrieve webpage links
- How to write HTML code to a text file
- What are APIs?
- Introducing Alpha Vantage API
- How to access Alpha Vantage data
- How to use an API key
- How to pull stock data with the alpha_vantage package: Part 1
- How to pull stock data with the alpha_vantage package: Part 2
- How to pull stock data with the requests package
- How to put stock data into a DataFrame
- How to use Alpha Vantage functions: Part 1
- How to use Alpha Vantage functions: Part 2
- How to use Alpha Vantage functions: Part 3
- Challenge: Analyze Microsoft stock
- Solution: Analyze Microsoft stock
- What is text analysis?
- Introducing Project Gutenberg and "Great Expectations"
- How to pull text data
- How to clean text data
- How to create a word cloud
- How to improve a word cloud
- How to analyze word frequency
- How to perform Vader sentiment analysis
- How to build a corpus and dictionary for topic modeling
- How to perform topic modeling
- Challenge: Analyze "Sense and Sensibility"
- Solution: Analyze "Sense and Sensibility"
- Next steps
Taught by
Megan Silvey
Related Courses
Social Network AnalysisUniversity of Michigan via Coursera Intro to Algorithms
Udacity Data Analysis
Johns Hopkins University via Coursera Computing for Data Analysis
Johns Hopkins University via Coursera Health in Numbers: Quantitative Methods in Clinical & Public Health Research
Harvard University via edX