Learn to Code with Python

BY
Udemy

Want to explore the Python coding from A-Z? Enroll Udemy’s course to build mastery in programming.

Mode

Online

Fees

₹ 699 4299

Quick Facts

particular details
Medium of instructions English
Mode of learning Self study
Mode of Delivery Video and Text Based

Course overview

Learn to Code with Python course is an exhaustive online Python boot camp created by Boris Paskhaver, a Software Engineer, Consultant, and Author. The course will explore the A-Z theories of coding in Python from the beginner level contents to the expert level concepts providing the learners the capacity to create a complete Python application. The programme also maximizes the chances of participants being hired as Python is the most sought-after and flexible programming language and powers codebases in tech giants such as  Instagram, Pinterest, Dropbox, etc.

Learn to Code with Python online course, offered by Udemy, is open for all the complete coding and programming novices and does not stipulate any kind of previous Python experience. The curriculum brings about a comprehensive introduction to Python covering all related basic and expert topics including Variables, Data types, Functions and Methods, Virtual Environments, Web Scraping, and many more. 

Learn to Code with Python certification also offers practical knowledge of Python coding by providing plenty of coding challenges, quizzes, and written assignments. The course is very relevant in the modern job market as the programming language of Python is used in a wide variety of fields such as data science & machine learning, web development, natural language processing, etc. The interested learners can take the course by paying the fee  Amount.

The highlights

  • Online Short course 
  • 30-Day Money-Back Guarantee
  • Downloadable resources
  • Full lifetime access
  • Access on mobile and TV
  • Assignments
  • Certificate of completion
  • English videos with subtitle
  • Programming projects
  • Multiple-choice quizzes

Program offerings

  • 6 articles
  • Full lifetime access
  • Access on mobile and tv
  • Assignments
  • Certificate of completion
  • English videos with subtitle
  • 58 hours on-demand video
  • 62 downloadable resources
  • 64 coding exercises
  • Free 300-page pdf study manual

Course and certificate fees

Fees information
₹ 699  ₹4,299
certificate availability

Yes

certificate providing authority

Udemy

What you will learn

After the completion of the Learn to Code with Python online certification, the learners will be proficient in Python programming, the popular programming language. Besides, the programme will enable the participants to upgrade their programming language from basics to the expert levels such as classes, decorators, and unit testing and understand the data structure of Python. At the end of the short course, the candidates can build the capacity to come up with complete projects such as card games, web scraping tools, etc.

The syllabus

Set Up and Introduction

  • About Me
  • About You
  • Download Course Files
  • FREE DOWNLOAD: Learn to Code with Python Course Notes PDF
  • Note on Installation Videos
  • macOS - Use the Terminal to Issue Commands to Your Operating System
  • macOS - Download and Install Python 3
  • macOS - Download and Install Visual Studio Code
  • Windows - Use the Command Prompt to Issue Commands to Your Operating System
  • Windows - Download and Install Python 3
  • Windows - Download and Install Visual Studio Code
  • macOS + Windows - Installing VSCode Plugins
  • macOS + Windows - Configuring VSCode Project Settings
  • macOS - Run Python File
  • Windows - Run Python File
  • The Visual Studio Code (VSCode) Interface and Helpful Shortcuts
  • The Interactive Prompt (REPL)
  • Setup and Installation
  • OPTIONAL: Words of Motivation
  • General Housekeeping

Welcome to Python

  • Objects: Strings
  • Intro to Functions
  • The print Function I: Outputting a Single Argument
  • Strings and the print Function
  • The print Function II: Outputting Multiple Arguments
  • The print Function III: Parameters and Arguments
  • Comments
  • Intro to Coding Exercises
  • Outputting Text with the print Function (3.8)
  • Coding Exercise SOLUTION: Outputting Text with the print Function
  • Welcome to Python Section Review
  • Parameters, Arguments and Comments

Numbers,Booleans and Equality

  • Mathematical Expressions
  • Division, Floor Division, and the Modulo Operator
  • Mathematical Operators
  • The Boolean Data Type, The Equality Operator (==) and Inequality Operator (!=)
  • Boolean Mathematical Operators
  • Boolean Mathematical Expressions
  • The type Function
  • The type Function
  • Type Conversion with the int, float and str Functions
  • Type Conversion
  • Numbers, Booleans, and Equality Section Review

Variables

  • Intro to Variables
  • Variable Naming Rules
  • Declaring Variables (3.8)
  • Coding Exercise SOLUTION: Declaring Variables
  • Multiple Variable Assignments
  • Collecting User Input with the input Function
  • Convert Fahrenheit Temperature to Celsius
  • The NameError, ValueError, TypeError and SyntaxError Exceptions
  • Variables, Input, and Errors Quiz
  • Variables Section Review

Functions

  • Intro to Functions
  • Parameters and Arguments
  • Positional Arguments and Keyword Arguments
  • Declaring Return Values for Functions
  • The Basics of Functions (3.8)
  • Coding Exercise SOLUTION: The Basics of Functions
  • Default Arguments
  • Default Arguments (3.8)
  • Coding Exercise SOLUTION: Default Arguments
  • The None Type
  • BONUS: Function Annotations
  • Functions
  • Functions Section Review

Strings: The Basics

  • Intro to Functions
  • Parameters and Arguments
  • Positional Arguments and Keyword Arguments
  • Declaring Return Values for Functions
  • The Basics of Functions (3.8)
  • Coding Exercise SOLUTION: The Basics of Functions
  • Default Arguments
  • Default Arguments (3.8)
  • Coding Exercise SOLUTION: Default Arguments
  • The None Type
  • BONUS: Function Annotations
  • Functions
  • Functions Section Review

Strings: Methods

  • The find and index Methods
  • Researching the r find Method
  • The starts with and ends with Methods
  • The find and count Methods (3.8)
  • Coding Exercise SOLUTION: The find and count Methods
  • Boolean Methods for Strings
  • Casing Methods for Strings
  • The lstrip, rstrip, and strip Methods
  • The replace Method
  • String Cleanup Methods (3.8)
  • Coding Exercise SOLUTION: String Cleanup Methods
  • The format Method
  • Formatted String Literals (f-strings)
  • Strings: Methods Section Review

Control Flows

  • REVIEW: The Boolean Data Type, Equality and Inequality
  • The if Statement
  • The bool Function (Truthiness and Falsiness)
  • if Statements (3.8)
  • Coding Exercise SOLUTION: if Statements
  • The else Statement
  • The elif Statement
  • if, else and elif (3.8)
  • Coding Exercise SOLUTION: if, else and elif
  • Conditional Expressions (Ternary Operator Equivalent)
  • Declaring Multiple Conditions with the and Keyword
  • Declaring Multiple Conditions with the or Keyword
  • Using the not Keyword to Negate an Expression
  • Nested if Statements
  • More Boolean Evaluations
  • Multiple Conditions (3.8)
  • Coding Exercise SOLUTION: Multiple Conditions
  • Using the while Loop to Iterate While a Condition is True
  • FizzBuzz
  • A Brief Intro to Recursion I
  • A Brief Intro to Recursion II
  • Recursion (3.8)
  • Coding Exercise SOLUTION: Recursion
  • Control Flow Section Review

Lists: The Basics

  • Intro to Lists
  • Creating Lists (3.8)
  • Coding Exercise SOLUTION: Creating Lists
  • The in and not in Operators on a List
  • List Basics
  • Select a List Element by Positive or Negative Index Positions
  • Indexing into List (3.8)
  • Coding Exercise SOLUTION: Indexing into List
  • Slice Multiple Elements from a List
  • Slicing Elements (3.8)
  • Coding Exercise SOLUTION: Slicing Elements
  • List Slicing
  • List Problems (3.8)
  • Coding Exercise SOLUTION: List Problems
  • Lists: The Basics Section Review

Lists: Iteration

  • Iteration with the For Loop
  • List Iteration (3.8)
  • Coding Exercise SOLUTION: List Iteration
  • Iteration with Conditional Logic
  • More List Iteration (3.8)
  • Coding Exercise SOLUTION: More List Iteration
  • Iterate in Reverse with the reversed Function
  • The enumerate Function
  • The enumerate Function (3.8)
  • Coding Exercise SOLUTION: The enumerate Function
  • The range Function
  • The break Keyword
  • The continue Keyword
  • enumerate, range, break and continue
  • Command Line Arguments with argv
  • Lists: Iteration Section Review

Debugging

  • Intro to Debugging in VSCode
  • Step Over
  • Step into and Step Out
  • Working Through a Problem

Lists: Mutation

  • Overwriting Elements in a List (3.8)
  • Coding Exercise SOLUTION: Overwriting Elements in a List
  • The append Method and Adding Lists with + Operator
  • Conditionals, Range, Enumerate (3.8)
  • Coding Exercise SOLUTION: Conditionals, Range, Enumerate
  • Building a List Up from Another List
  • Building a List Up (3.8)
  • Coding Exercise SOLUTION: Building a List Up
  • The extend Method
  • The insert Method
  • Adding Elements to List (3.8)
  • Coding Exercise SOLUTION: Adding Elements to List
  • The pop Method
  • The del Keyword
  • The remove Method
  • The clear Method
  • Removing Elements from a List (3.8)
  • Coding Exercise SOLUTION: Removing Elements from a List
  • The reverse Method
  • The sort Method
  • List Mutation Methods
  • Lists: Mutation Section Review

Lists : Methods

  • The index Method
  • Encrypt Message (3.8)
  • Coding Exercise SOLUTION: Encrypt Message
  • The copy Method
  • The split Method on a String
  • The join Method on a String
  • The split and join Methods on Strings (3.8)
  • Coding Exercise SOLUTION: The split and join Methods on Strings
  • The zip Function
  • List Methods
  • Multidimensional Lists
  • Multidimensional Lists
  • Multidimensional Lists (3.8)
  • Coding Exercise SOLUTION: Multidimensional Lists
  • List Comprehensions I: The Basics
  • List Comprehensions II: Filtering Results
  • List Comprehension (3.8)
  • Coding Exercise SOLUTION: List Comprehension
  • Lists: Methods Section Review

Built-In Functions

  • The help Function
  • The map Function
  • The filter Function
  • Lambda Functions
  • map, filter, and lambda Functions (3.8)
  • Coding Exercise SOLUTION: map, filter and lambda Functions
  • The all and any Functions
  • The max and min Functions
  • The sum Function
  • The sum Function (3.8)
  • Coding Exercise SOLUTION: The sum Function
  • The dir Function
  • The format Function
  • Built-In Functions
  • Built-in Functions Section Review

Tuples

  • Intro to Tuples
  • Declare Tuples (3.8)
  • Coding Exercise SOLUTION: Declare Tuples
  • Lists vs. Tuples
  • Unpacking a Tuple I: The Basics
  • Unpacking a Tuple II: Using * to Destructure Multiple Elements
  • Unpacking a Tuple (3.8)
  • Coding Exercise SOLUTION: Unpacking a Tuple
  • Variable Number of Function Arguments with *args
  • Unpacking Arguments to Functions
  • *args and Unpacking
  • Tuples Section Review

Objects and References

  • Variables, Objects, and Garbage Collection
  • Shared References with Immutable and Mutable Types
  • Equality vs. Identity
  • Shallow and Deep Copies
  • Objects and References
  • Objects and References Section Review

Dictionaries : The Basics

  • Intro to Dictionaries
  • Create a Dictionary (3.8)
  • Coding Exercise SOLUTION: Create a Dictionary
  • Access a Dictionary Value by Key or the get Method
  • The in and not in Operators on a Dictionary
  • Add or Modify Key-Value Pair in Dictionary
  • Dictionaries from Lists (3.8)
  • Coding Exercise SOLUTION: Dictionaries from Lists
  • The pop Method
  • Dictionary Basics
  • Inclusion and Removal (3.8)
  • Coding Exercise SOLUTION: Inclusion and Removal
  • The clear Method
  • The update Method
  • The dict Function
  • Nested Dictionaries
  • Dictionaries: The Basics Section Review

Dictionaries: Iteration

  • Iterate over a Dictionary with a for Loop
  • The items Method
  • The items Method (3.8)
  • Coding Exercise SOLUTION: The items Method
  • The keys and values Methods
  • The keys and values Methods (3.8)
  • Coding Exercise SOLUTION: The keys and values Methods
  • The sorted Function
  • Lists of Dictionaries
  • Nested Data Structures (3.8)
  • Coding Exercise SOLUTION: Nested Data Structures
  • Keyword Arguments (**kwargs)
  • Unpacking Argument Dictionary
  • Keyword Arguments
  • Keyword Arguments (3.8)
  • Coding Exercise SOLUTION: Keyword Arguments
  • Dictionary Comprehensions I
  • Dictionary Comprehensions II
  • Dictionary Comprehensions
  • Dictionary Comprehensions (3.8)
  • Coding Exercise SOLUTION: Dictionary Comprehensions
  • Dictionaries: Iteration Section Review

Sets

  • Intro to Sets
  • The set Function
  • Set Basics (3.8)
  • Coding Exercise SOLUTION: Set Basics
  • The add and update Methods
  • The remove and discard Methods
  • Adding and Removing Elements to and from a Set
  • The intersection Method to Identify Common Elements between Sets
  • The union Method to Combine Elements from Two Sets
  • The difference Method to Identify Unique Elements in One Set
  • The symmetric_difference Method to Identify Elements Not in Common Between Two S
  • The intersection, union, difference and symmetric_difference Methods
  • The issubset and issuperset Method
  • The frozenset Object
  • Sets Section Review

Modules

  • Scripts, Modules and the import Keyword
  • The Python Standard Library (The string, math and this Modules)
  • Module Experimentation
  • The __name__ Special Variable
  • Import Specific Attributes with the from Syntax
  • Import All Attributes with * Syntax
  • The __init__.py File I
  • The __init__.py File II
  • Modules Section Review

Reading from and Writing to Files

  • Reading a File with the open Function and read Method
  • Read File Line by Line
  • Write to a File
  • Append to a File
  • Files Section Review

Decorates

  • Higher Order Functions I: Functions as Arguments
  • Higher Order Functions (3.8)
  • Coding Exercise SOLUTION: Higher Order Functions
  • Nested Functions
  • Higher Order Functions II: Functions as Return Values
  • Higher Order Functions II (3.8)
  • Coding Exercise SOLUTION: Higher Order Functions II
  • Scope I: Global vs Local Variables
  • Scope II: The LEGB Rule
  • Scope: The LEGB Rule
  • Scope III: Closures
  • Higher Order Functions
  • Higher Order Functions and Scope
  • The global Keyword
  • The global Keyword (3.8)
  • Coding Exercise SOLUTION: The global Keyword
  • The nonlocal Keyword
  • Intro to Decorators
  • Arguments with Decorator Functions (*args and **kwargs)
  • Returned Values from Decorated Functions
  • The functools.wraps Decorator
  • Decorator Example from flask Library
  • Decorators
  • Decorators Section Review

Classes - The Basics

  • Intro to Object-Oriented Programming
  • Class Definition and Instantiation
  • Class Definition and Instantiation (3.8)
  • Coding Exercise SOLUTION: Class Definition and Instantiation
  • The __init__ Method
  • Adding Attributes to Objects
  • Setting Object Attributes in the __init__ Method
  • The __init__ Method (3.8)
  • Coding Exercise SOLUTION: The __init__ Method
  • Default Values for Attributes
  • Default Values for Attributes (3.8)
  • Coding Exercise SOLUTION: Default Values for Attributes
  • The Basics of Classes
  • Classes: The Basics Section Review

Classes

  • Instance Methods
  • Instance Methods (3.8)
  • Coding Exercise SOLUTION: Instance Methods
  • Protected Attributes and Methods (Encapsulation)
  • Protected Attributes (3.8)
  • Coding Exercise SOLUTION: Protected Attributes
  • Define Properties with property Method
  • Define Properties with Decorators (Alternate Approach)
  • Properties (3.8)
  • Coding Exercise SOLUTION: Properties
  • The getattr and setattr Functions
  • The hasattr and deleteattr Functions
  • Class Methods
  • Class Methods (3.8)
  • Coding Exercise SOLUTION: Class Methods
  • Class Attributes
  • Attribute Lookup Order
  • Static Methods
  • Properties, Attribute Access, and Methods
  • Classes: Attributes and Methods Section Review

Classes : Magic Methods

  • Intro to Magic Methods
  • String Representation with the __str__ and __repr__ Methods
  • Preview
  • Magic Methods for Comparison Operations
  • Equality and String Representation (3.8)
  • Coding Exercise SOLUTION: Equality and String Representation
  • Docstrings
  • Docstrings (3.8)
  • Coding Exercise SOLUTION: Docstrings
  • Truthiness with the __bool__ Method
  • The namedtuple Object
  • namedtuple (3.8)
  • Coding Exercise SOLUTION: namedtuple
  • Length with the __len__ Method
  • Indexing with the __getitem__ and __setitem__ Methods
  • Custom Indexing and Iteration (3.8)
  • Coding Exercise SOLUTION: Custom Indexing and Iteration
  • The __del__ Method
  • Magic Methods (3.8)
  • Coding Exercise SOLUTION: Magic Methods
  • Magic Methods
  • Magic Methods Section Review

Classes: Inheritance

  • Intro to Inheritance
  • Define a Subclass
  • Define a Subclass (3.8)
  • Coding Exercise SOLUTION: Define a Subclass
  • New Methods on Subclasses
  • Override an Inherited Method on a Subclass
  • Override a Method on Subclass (3.8)
  • Coding Exercise SOLUTION: Override a Method on Subclass
  • The super Function
  • The super Function (3.8)
  • Coding Exercise SOLUTION: The super Function
  • Polymorphism I
  • Polymorphism II
  • Polymorphism (3.8)
  • Coding Exercise SOLUTION: Polymorphism
  • Name Mangling for Privacy
  • Multiple Inheritance I: Method Resolution Order
  • Multiple Inheritance II: Breadth First Search and Depth First Search
  • Multiple Inheritance III: Diamond-Shaped Inheritance
  • Multiple Inheritance
  • The isinstance Function and issubclass Function
  • Composition
  • Inheritance Section Review

Exception Handling

  • The try-except Block
  • Catching One or More Specific Exceptions
  • The raise Keyword
  • User-Defined Exceptions
  • Exception Inheritance Hierachies
  • The else and finally Blocks
  • Exceptions
  • Exception Handling Section Review

Dates and Time

  • The date Object
  • The time Object
  • date and time Objects (3.8)
  • Coding Exercise SOLUTION: date and time Objects
  • The datetime Object I
  • The datetime Object II: The strftime Method
  • The strftime Method
  • The datetime Object (3.8)
  • Coding Exercise SOLUTION: The datetime Object
  • The timedelta Object
  • The date, datetime and timedelta Objects
  • Dates and Times Section Review

The Random Module

  • The random, randint, and randrange Functions
  • The choice and sample Functions
  • The shuffle Function
  • The random Module
  • The random Module Section Review

Testing Code: The Basics

  • Introduction to Unit Testing
  • The assert Statement
  • The doctest Module
  • The unittest Module
  • The assertEqual Method
  • The Purpose of Testing
  • Testing in Python
  • Skipping Tests and Expected Failures
  • Assertions - assertNotEqual and Custom Error Messages
  • Assertions - Test Object Identity with assertIs and assertIsNot
  • Assertions - Test Truthiness and Falsiness (assertTrue and assertFalse)
  • Assertions - Test Nullness (assertIsNone and assertIsNotNone)
  • Assertions - Test Inclusion with assertIn and assertNotIn
  • Assertions - Test Object Type (assertIsInstance and assertNotIsIstance)
  • Assertions - Test Errors with assertRaises
  • unittest Assertions
  • The setUp and tearDown Methods
  • The setUpClass and tearDownClass Methods
  • Utility Testing Functions
  • Testing Code: The Basics Section Review
  • Introduction to Unit Testing
  • The assert Statement
  • The doctest Module
  • The unittest Module
  • The assertEqual Method
  • The Purpose of Testing
  • Testing in Python
  • Skipping Tests and Expected Failures
  • Assertions - assertNotEqual and Custom Error Messages
  • Assertions - Test Object Identity with assertIs and assertIsNot
  • Assertions - Test Truthiness and Falsiness (assertTrue and assertFalse)
  • Assertions - Test Nullness (assertIsNone and assertIsNotNone)
  • Assertions - Test Inclusion with assertIn and assertNotIn
  • Assertions - Test Object Type (assertIsInstance and assertNotIsIstance)
  • Assertions - Test Errors with assertRaises
  • unittest Assertions
  • The setUp and tearDown Methods
  • The setUpClass and tearDownClass Methods
  • Utility Testing Functions
  • Testing Code: The Basics Section Review

Testing Code: Mocking

  • Intro to Mocking with the Mock Class
  • The return_value Attribute
  • The side_effect Attribute
  • Creating Mocks (3.8)
  • Coding Exercise SOLUTION: Creating Mocks
  • The Mock vs MagicMock Objects
  • Mock Calls
  • Putting It All Together
  • Verifying Doubles
  • Patch I: The patch Function
  • Patch II: The @patch Decorator
  • Patch III: What patch Patches

PROJECT: Texas Hold'em Poker

  • Introduction to the Section + The Rules of Poker
  • Test-Driven Development (TDD)
  • Setting Up Our Project
  • The Card Class I: Adding Initial Attributes
  • The Card Class II: String Representation and Technical Representation
  • The Card Class III: Adding all Ranks and Suits
  • Building out the main.py Start File
  • The Deck Class I: Storing and Adding Cards
  • The Card Class IV: Creating 52 Cards
  • The Hand Class I: The High Card Rank
  • The Hand Class II: The Pair Rank
  • The Hand Class III: The Two Pair Rank
  • The Hand Class IV: The Three of a Kind Rank
  • The Hand Class V: Refactoring
  • The Hand Class VI: The Straight Rank (Part 1)
  • The Hand Class VII: The Straight Rank (Part 2)
  • The Hand Class VIII: The Flush Rank
  • The Hand Class IX: The Full House Rank
  • The Hand Class X: The Four of a Kind Rank
  • The Hand Class XI: The Straight Flush Rank
  • The Hand Class XII: The Royal Flush Rank
  • Dependency Injection
  • The Player Class I: Creating a Player with a Hand
  • Catching Two Bugs
  • The GameRound Class I: Instantiation and Card Shuffle
  • The Deck Class II: Removing Cards
  • The GameRound Class II: Asking the Deck for Cards
  • Expanding Player and Hand Classes to Add New Cards
  • The GameRound Class III: Sending Cards to the Players
  • Manual Testing + Adding Hand Technical Representation and Deck Length
  • Implementing Fake Betting in the Player and GameRound Classes
  • Community Cards in Hand, Player and GameRound Classes
  • The GameRound Class IV: Finishing Up Community Cards Logic
  • Running the Code Again
  • The HighCardValidator Class
  • TheNoCardsValidator Class
  • The PairValidator Class
  • The TwoPairValidator Class
  • Refactoring the Existing Validators
  • The ThreeOfAKindValidator Class
  • The StraightValidator Class I
  • The StraightValidator Class II
  • The FlushValidator Class
  • The FullHouseValidator Class
  • The FourOfAKindValidator Class
  • The StraightFlushValidator Class I
  • The StraightFlushValidator Class II
  • The RoyalFlushValidator Class
  • Refactoring the Hand Class
  • Calculating the Winner

Regular Expressions (RegEx)

  • Search for Text with a Pattern Object
  • Search for Text at Beginning of String with match Method
  • The findall and finditer Methods
  • Module Level RegEx Functions
  • Review of Raw Strings
  • Search for Digit and Non-Digit Characters
  • Search for Word and Non-Word Characters
  • Search for Whitespace and Non-Whitespace Characters
  • Search for Word Boundaries
  • Metacharacters: The Dot
  • Metacharacters: Square Brackets with Characters
  • Declare Number of Matches with Curly Braces I
  • Declare Number of Matches with Curly Braces II
  • Search for One or More of a Character
  • Matching One Character or Another

Virtual Environments

  • Introduction to PyPi and Python Packages
  • Introduction to pip and Virtual Environments
  • MacOS - Create, Activate, and Deactivate Virtual Environment
  • Windows - Create, Activate, and Deactivate Virtual Environment
  • Install Python Packages with pip3
  • Uninstall Python Packages with pip
  • Install Specific Version of Package or Upgrade Package
  • Create requirements.txt File

Web Scraping with Scrapy

  • Intro to Web Scraping and Installing Scrapy
  • Create Scrapy Project
  • Write First Scrapy Spider
  • A Small Refactor
  • A Quick Introduction to HTML and CSS
  • The Scrapy Shell
  • Writing to JSON File
  • CHALLENGE: Add Book Prices to File
  • Scraping Sequential Pages

Conclusion

  • Congratulation
  • Bonus!

Instructors

Boris Paskhaver
Software Engineer
Udemy

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