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https://github.com/ramlaxman/Python-Interview-Curriculum

Answers for timely preparation of Python Interviews.
https://github.com/ramlaxman/Python-Interview-Curriculum

hacktoberfest python-3 python-interview-questions python3

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Answers for timely preparation of Python Interviews.

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README 

        
# Python-Interview-Curriculum



Note: I've renamed this repo to Python Interview Curriculum from Python Interview Questions.



- Generally, Python Interviews are not as simple as other OOP interviews like C++, Java. 

- Reason is polymorphic nature of Python Solutions. It means there are many answers to single question. 

- Other problem I came across scope of Python Language. It varies from Person to Person. 

- I have created this repository to help college students and software professionals as well with their interviews. 



- ## Introduction

  - ### [What's New](https://docs.python.org/3/whatsnew/)

  - ### Print



- ## Data Types

  - ### Primitive Data Types

    - #### Int

    - #### Float

    - #### Complex

    - #### Boolean

  - ### Built in Data Structures / Sequences

    - #### String

    - #### List

      - ##### Change, Add, remove

      - ##### organize

    - #### Tuple

    - #### Sets

    - #### Frozenset 

    - #### Dictionary

    - #### Ordered Dictionary

      - ##### A List of Dictionaries

      - ##### A List in a Dictionary

      - ##### A Dictionary in a Dictionary

    - #### File



- ## Condition Check

  - ### if 

  - ### if elif

  - ### if elif else



- ## Loops

  - ### for

  - ### while



- ## Functions

  - ### Defining a Function [Python Crash Course]

  - ### Passing Information to a Function

  - ### Arguments and Parameters

  - ### Return 

  - ### Yield

  - ### Pass

  - ### Passing Arguments 

  - ### Positional Arguments 

  - ### Keyword Arguments 

  - ### Default Values

  - ### Equivalent Function Calls

  - ### Avoiding Argument Errors 

  - ### Return Values 

  - ### Returning a Simple Value 

  - ### Making an Argument Optional 

  - ### Returning a Dictionary 

  - ### Using a Function with a while Loop 

  - ### Passing a List 

  - ### Modifying a List in a Function 

  - ### Preventing a Function from Modifying a List 

  - ### Passing an Arbitrary Number of Arguments 

  - ### Mixing Positional and Arbitrary Arguments 

  - ### Using Arbitrary Keyword Arguments 

  - ### Storing Your Functions in Modules 

  - ### Importing an Entire Module 

  - ### Importing Specific Functions 

  - ### Using as to Give a Function an Alias 

  - ### Using as to Give a Module an Alias 

  - ### Importing All Functions in a Module

  - ### Virtual Function

  - ### Friend Function

  - ### Static Function

  - ### Dynamic Function

  - ### Nested Function

  - ### Inline Function

  - ### Member Function

  - ### Inner Function

  - ### Overloading

  - ### Overriding

  - ### Call Stack & activation records

  - ### Empty parameters lists

  - ### Reference parameters

  - ### Instantiation

  - ### Reuse

  - ### Messages and Method Calls  

  - ### Attributes and Instance Variables

  - ### Encapsulation and Information Hiding

  - ### Interfaces 

  - ### Static Methods, static Fields and Class Math

  - ### Methods with Multiple Parameters

  - ### Notes on Declaring and Using Methods

  - ### Argument Promotion and Casting

  - ### Constructor and Destructors

  - ### Stream Class

  - ### Generic Methods and Classes

  - ### Static Local Arrays and Automatic Local Arrays

  - ### Passing Arrays to Functions

  - ### Sorting Arrays

  - ### Variable length arrays

  - ### Static vs Dynamic Memory Allocation

  - ### Monekey patching

  - ### Data types as Objects

  - ### Iterators, Comprehension and Generators

  - ### Split

  - ### Join

  - ### Map

  - ### Reduce

  - ### Zip

  - ### unpack

  - ### filter

  - ### lambda

  - ### Factory

  - ### Overloading

  - ### Overriding

  - ### Call Stack & activation records

  - ### Empty parameters lists

  - ### reference parameter

  

- ## Classes & Objects

  - ### Storage class

  - ### constructor and destructor

  - ### Compostion: objects as members of class

  - ### The Case of the Missing Declaration Statements

  - ### Variables, Objects, and References  

  - ### Types Live with Objects, Not Variables

  - ### Objects Are Garbage-Collected

  - ### Shared References 

  - ### Shared References and In-Place Changes

  - ### Shared References and Equality

  - ### Dynamic Typing Is Everywhere

  - ### Static class member

  - ### Dynamic class member

  - ### Get Help from Your Parent with super 

  - ### In self Defense 

  - ### Get and Set Attribute Values with Properties 

  - ### Name Mangling for Privacy 

  - ### Method Types 

  - ### Duck Typing 

  - ### Special Methods 

  - ### Composition 

  - ### When to Use Classes and Objects versus Modules

  - ### Named Tuples

  

- ## Encapsulation & Data Hiding

- ## Polymorphism

  - ### Abstract Classes and Methods

- ## Pointers

  - ### NULL Pointer

  - ### Dangling Pointer

  - ### Generic Pointer

  - ### Wild Pointer

  - ### Complex Pointer

  - ### Near Pointer

  - ### Far Pointer

  - ### Huge Pointer

  - ### String Pointer

  - ### Calloc

  - ### Malloc

  - ### Call by reference

  - ### Call by value

- ## Structures

- ## Union

- ## Inheritance

  - ### Single

  - ### Multilevel

  - ### Multiple

  - ### Hybrid

- ## Exceptions

- ## Standard Library

  - ### os

  - ### sys

  - ### re

  - ### copy

  - ### collections

- ## Concurrent & Multicore Programming

- ## Multithreaded Programming

- ## File Handling

- ## Bitwise Operaters

- ## Framework Bases:

  - ### Django

  - ### Flask



- ## Books

  - ### [Machine Learning](https://github.com/ramlaxman/Python-Interview-Questions/blob/master/Books-to-read.md#machine-learning)

  - ### [Deep Learning](https://github.com/ramlaxman/Python-Interview-Questions/blob/master/Books-to-read.md#deep-learning)