book

Python Bootcamp: A Rapid Crash Course Featuring Q&A Sessions, Exercises, and Projects

Name: Python Bootcamp: A Rapid Crash Course Featuring Q&A Sessions, Exercises, and Projects
Author: Vaskaran Sarcar
ISBN: 9798868815164

by Vaskaran Sarcar

July 2025

Beginner to intermediate

408 pages

5h 24m

English

Apress

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Python Bootcamp
Introduction
How Is the Book Organized?Prerequisite KnowledgeWho Is This Book For?Guidelines for Using This BookConventions in This BookFinal Words
Acknowledgments
Table of Contents
About the Author
About the Technical Reviewer
Part I: Foundations
Foundations
1. Getting Ready
What Is Python?Setting Up the Programming EnvironmentInstalling PythonChecking the Installation StatusTroubleshootingChecking Multiple Python VersionsRunning the CodeUsing the Command PromptQ&A SessionUsing IDLEUsing Popular IDEsQ&A SessionDemonstration 1.1OutputUsing CommentsUseful NotesDemonstration 1.2OutputAnalysisQ&A SessionSummaryExercise 1Keys to Exercise 1E1.1E1.2E1.3
2. Variables and Operators
Understanding VariablesAssigning VariablesAssigning a Single VariableAre x=y and y=x the Same?Demonstration 2.1OutputAnalysisAssigning Multiple Variables in a Single LineAssigning the Same Value to Multiple VariablesIs the Print Function Mandatory?Types of VariablesQ&A SessionReassigning VariablesReassigning Can Change the TypeDemonstration 2.2OutputQ&A SessionNaming ConventionsQ&A SessionOperatorsTypesPrecedence of OperatorsOperatorsAssociativityQ&A SessionSummaryExercise 2Keysto Exercise 2E2.1E2.2E2.3E2.4E2.5
3. Simple Data Types
StringsPlaying with StringsUsing Built-In FunctionsQ&A SessionNumbersPlaying with NumbersUsing Built-In FunctionsImporting the math ModuleBooleansPlaying with BooleansQ&A SessionMaking Interactive ProgramsAccepting User InputsDemonstration 3.1OutputAnalysisSummaryExercise 3Keys to Exercise 3E3.1E3.2E3.3Case StudiesCS3.1 Problem StatementCS3.2 Problem StatementSample ImplementationsCS3.1 ImplementationCS3.2 Implementation

Part II: Building Smart Programs
Building Smart Programs
4. Decision-Making
Understanding Conditional StructuresUsing an if StatementDemonstration 4.1OutputAnalysisUsing the if-else StatementsDemonstration 4.2OutputAnalysisUsing the if-elif-else StatementsDemonstration 4.3OutputQ&A SessionDemonstration 4.4OutputQ&A SessionDemonstration 4.5OutputAnalysisAlternative DesignsDemonstration 4.6OutputPattern Matching Using the match StatementDemonstration 4.7OutputQ&A SessionTautology and ContradictionsSummaryExercise 4Keys to Exercise 4E4.1E4.2E4.3E4.4E4.5Case StudyCS4.1 Problem StatementCS4.2 Problem StatementSample ImplementationsCS4.1 ImplementationCS4.2 Implementation
5. Loops
The Purpose of IterationThe while LoopNotable CharacteristicsDemonstration 5.1OutputQ&A SessionThe for LoopIs range a Function or a Type?Demonstration 5.2OutputIntroducing ListsDemonstration 5.3OutputAnalysisQ&A SessionUse of the break StatementDemonstration 5.4OutputQ&A SessionUse of the continue StatementDemonstration 5.5OutputAnalysisUsing Built-In FunctionalitiesThe iter and next FunctionsQ&A SessionThe enumerate FunctionDemonstration 5.6Nested LoopDemonstration 5.7OutputAnalysisSummaryExercise 5Keys to Exercise 5E5.1E5.2E5.3E5.4E5.5Case StudyCS5.1 Problem StatementCS5.2 Problem StatementSample ImplementationsCS5.1 ImplementationCS5.2 Implementation
6. Advanced Data Types
ListsPlaying with ListsQ&A SessionTuplesPlaying with TuplesQ&A SessionDictionariesPlaying with DictionariesQ&A SessionSummaryExercise 6Keys to Exercise 6E6.1E6.2E6.3E6.4E6.5E6.6Case StudyCS6.1 Problem StatementCS6.2 Problem StatementSample ImplementationsCS6.1 ImplementationCS6.2 ImplementationPossible Improvements
7. Functions and Modules
Function OverviewCharacteristicsDemonstration 7.1OutputAnalysisQ&A SessionDiscussion on Function ArgumentsPositionalArgumentKeywordArgumentsUse of Default ValuesDemonstration 7.2OutputWarningQ&A SessionVariable ArgumentsDemonstration 7.3OutputAnalysisQ&A SessionDemonstration 7.4OutputAnalysisQ&A SessionLambda FunctionsHow to Use?Demonstration 7.5OutputQ&A SessionDemonstration 7.6OutputModulesCreating a ModuleImporting Partial ContentsDemonstration 7.7OutputImporting Entire ContentsDemonstration 7.8Q&A SessionAliasDemonstration 7.9OutputAdditional NotesGeneral Form of ImportExecuting a Program as the Main ProgramSummaryExercise 7Keys to Exercise 7E7.1E7.2E7.3E7.4E7.5E7.6E7.7Case StudyCS7.1 Problem StatementCS7.2 Problem StatementSample ImplementationsCS7.1 ImplementationPossible ImprovementsCS7.2 ImplementationPossible Improvements
8. Exception Management
General PhilosophyCommon TermsException Handling in PythonHierarchical StructureDemonstration 8.1OutputQ&A SessionKey PointsQ&A SessionUsing try-catch-finallyDemonstration 8.2OutputQ&A SessionUsing the else BlockDemonstration 8.3OutputQ&A SessionUsing the pass StatementDemonstration 8.4OutputAnalysisArranging Multiple except BlocksQ&A SessionDemonstration 8.5OutputSummaryExercise 8Keys to Exercise 8E8.1E8.2E8.3E8.4Case StudyCS8.1 Problem StatementSample ImplementationCS8.1 Implementation
9. Programming with Files
Processing Text FilesReading from a FileDemonstration 9.1OutputAnalysisDemonstration 9.2OutputDemonstration 9.3OutputUsing the with KeywordDemonstration 9.4OutputQ&A SessionWriting to a FileDemonstration 9.5OutputQ&A SessionLimiting the SizeDemonstration 9.6OutputAnalysisProcessing Binary FilesCopying an ImageDemonstration 9.7OutputPickling and UnpicklingDemonstration 9.8OutputDemonstration 9.9OutputAnalysisQ&A SessionHandling ExceptionsFileNotFoundErrorDemonstration 9.10OutputSummaryExercise 9Keys to Exercise 9E9.1E9.2E9.3E9.4E9.5Case StudyCS9.1 Problem StatementCS9.2 Problem StatementSample ImplementationsCS9.1 ImplementationCS9.2 Implementation
Part III: Introduction to OOP
Introduction to OOP
10. Classes and Objects
Basic Concepts and Common TermsModeling a ClassCreating ObjectsAlternative CodeQ&A SessionInitializerUsing InitializersDemonstration 10.1OutputAnalysisChanging an Attribute ValueDemonstration 10.2OutputDefault AttributesApplying the ConceptDemonstration 10.3OutputAnalysisClass Variables versus Instance VariablesQ&A SessionImporting ClassesImporting a Single ClassDemonstration 10.4OutputAnalysisImporting Multiple ClassesDemonstration 10.5OutputImporting the Whole ModuleDemonstration 10.6OutputAlternative CodeQ&A SessionDemonstration 10.7OutputSummaryExercise 10Keys to Exercise 10E10.1E10.2E10.3E10.4E10.5Case StudyCS10.1 Problem StatementCS10.2 Problem StatementSample ImplementationsCS10.1 ImplementationCS10.2 Implementation
11. Inheritance
Basic Concepts and TerminologiesTypes of InheritanceSingle InheritanceUnderstanding the Super CallDemonstration 11.1OutputAnalysisQ&A SessionMultiple InheritanceDemonstration 11.2OutputAnalysisMethod Resolution OrderQ&A SessionInvestigating the Super CallDemonstration 11.3OutputAnalysisHierarchical InheritanceMultilevel InheritanceHybrid InheritancePrivate Variables and MethodsDoes Python Have Private Variables?Accessing Private DataDemonstration 11.4OutputQ&A SessionFinal ThoughtsSummaryExercise 11Keys to Exercises 11E11.1E11.2E11.3E11.4E11.5E11.6E11.7E11.8E11.9E11.10E11.11Case StudyCS11.1 Problem StatementCS11.2 Problem StatementSample ImplementationsCS11.1 ImplementationCS11.2 Implementation
Appendix A: Supplementary Material
More on OperatorsArithmetic OperatorsAssignment OperatorsComparison (or Relational) OperatorsLogical OperatorsIdentity OperatorsMembership OperatorsBitwise OperatorsSpecial NotesStatic MethodsHow to Use?Q&A SessionClassMethodsHow to Use?Q&A SessionConclusion
Appendix B: What’s Next?
BooksCoursesOther Resources
Appendix C: Other Books by the Author
Index

Content preview from Python Bootcamp: A Rapid Crash Course Featuring Q&A Sessions, Exercises, and Projects

V. SarcarPython Bootcamphttps://doi.org/10.1007/979-8-8688-1516-4_11

11. Inheritance

Vaskaran Sarcar¹

Every time you do not need to start from scratch to model a class. Instead, you can consider an existing class and make a specialized version of it using inheritance. The primary aim of inheritance is to promote reusability and eliminate redundancy in code. It also shows how a child class can get the features (or characteristics) of its parent class. This chapter focuses on this topic.

Basic Concepts and Terminologies

Let’s understand the concept using some examples. Suppose you already have a Vehicleclass to represent any vehicle ...

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Python Bootcamp: A Rapid Crash Course Featuring Q&A Sessions, Exercises, and Projects

by Vaskaran Sarcar

11. Inheritance

Basic Concepts and Terminologies

Become an O’Reilly member and get unlimited access to this title plus top books and audiobooks from O’Reilly and nearly 200 top publishers, thousands of courses curated by job role, 150+ live events each month,
and much more.