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Automate the Boring Stuff with Python

Automate the Boring Stuff with Python

2020 英文版

目录

Table of Contents

• Introduction
• Chapter 1 – Python Basics
• Chapter 2 – Flow Control
• Chapter 3 – Functions
• Chapter 4 – Lists
• Chapter 5 – Dictionaries and Structuring Data
• Chapter 6 – Manipulating Strings
• Chapter 7 – Pattern Matching with Regular Expressions
• Chapter 8 – Input Validation
• Chapter 9 – Reading and Writing Files
• Chapter 10 – Organizing Files
• Chapter 11 – Debugging
• Chapter 12 – Web Scraping
• Chapter 13 – Working with Excel Spreadsheets
• Chapter 14 – Working with Google Spreadsheets
• Chapter 15 – Working with PDF and Word Documents
• Chapter 16 – Working with CSV Files and JSON Data
• Chapter 17 – Keeping Time, Scheduling Tasks, and Launching Programs
• Chapter 18 – Sending Email and Text Messages
• Chapter 19 – Manipulating Images
• Chapter 20 – Controlling the Keyboard and Mouse with GUI Automation
• Appendix A – Installing Third-Party Modules
• Appendix B – Running Programs
• Appendix C – Answers to the Practice Questions

(Link to the older 1st edition.)

Additional Content

• Download files used in the book
• List of CSS Selector Tutorials
• List of JSON APIs
• List of Programming Practice Sites
• List of Web Comics
• Schedulers for Windows, Mac, and Linux
• How to Do PyCon (or any tech conference)

About the Author

1

简单例题

Figure 1-2: When a new value is assigned to a variable, the old one is forgotten.

2

Figure 2-1: A flowchart to tell you what to do if it is raining

Figure 2-2: The flowchart for an if statement

Figure 2-3: The flowchart for an else statement

Figure 2-4: The flowchart for an elif statement

Figure 2-5: The flowchart for multiple elif statements in the vampire.py program

Figure 2-6: The flowchart for the vampire2.py program. The X path will logically never happen, because if age were greater than 2000, it would have already been greater than 100.

Figure 2-7: Flowchart for the previous littleKid.py program

Figure 2-8: The flowchart for the if statement code

Figure 2-9: The flowchart for the while statement code

Figure 2-10: A flowchart of the yourName.py program

Figure 2-11: The flowchart for the yourName2.py program with an infinite loop. Note that the X path will logically never happen, because the loop condition is always True.

Figure 2-12: A flowchart for swordfish.py. The X path will logically never happen, because the loop condition is always True.

Figure 2-13: The flowchart for fiveTimes.py

3

Figure 3-1: Your meandering conversation stack

Figure 3-2: The frame objects of the call stack as abcdCallStack.py calls and returns from functions

4

Table 4-1: The Augmented Assignment Operators

Figure 4-2: When eggs = [4, 5, 6] is executed, the contents of eggs are replaced with a new list value.

Figure 4-3: The del statement and the append() method modify the same list value in place.

Figure 4-4: spam = [0, 1, 2, 3, 4, 5] stores a reference to a list, not the actual list.

Figure 4-5: spam = cheese copies the reference, not the list.

Figure 4-6: cheese[1] = ‘Hello!’ modifies the list that both variables refer to.

Figure 4-7: cheese = copy.copy(spam) creates a second list that can be modified independently of the first.

Figure 4-8: Four steps in a Conway’s Game of Life simulation

eg：

haracter Picture Grid

5

Figure 5-1: The coordinates of a chessboard in algebraic chess notation

Figure 5-2: A chess board modeled by the dictionary ‘1h’: ‘bking’, ‘6c’: ‘wqueen’, ‘2g’: ‘bbishop’, ‘5h’: ‘bqueen’, ‘3e’: ‘wking’}

Figure 5-3: The slots of a tic-tac-toe board with their corresponding keys

Figure 5-4: An empty tic-tac-toe board

Figure 5-5: The first move

Figure 5-6: Player O wins.

6

Table 6-1: Escape Characters

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