Learn Professional C++ | Introduction to Boost C++ Libraries

Learn Professional C++ | Introduction to Boost C++ Libraries, available at $39.99, has an average rating of 2.5, with 105 lectures, based on 19 reviews, and has 153 subscribers.

You will learn about Non-standard C++ libraries: Boost C++ libraries Many custom libraries Setup "Sublime Text 3" Editor for C++ Write efficient code without using C++ IDEs This course is ideal for individuals who are beginner-level programmers or Aspiring C++ developers or Build C++ fundamentals for EOS Blockchain or who want to write memory efficient C++ codes using non-standard library or who want to use Boost C++ library or who want to switch coding career from Python to C++ in order to write fast performing codes It is particularly useful for beginner-level programmers or Aspiring C++ developers or Build C++ fundamentals for EOS Blockchain or who want to write memory efficient C++ codes using non-standard library or who want to use Boost C++ library or who want to switch coding career from Python to C++ in order to write fast performing codes.

Enroll now: Learn Professional C++ | Introduction to Boost C++ Libraries

Summary

Title: Learn Professional C++ | Introduction to Boost C++ Libraries

Price: $39.99

Average Rating: 2.5

Number of Lectures: 105

Number of Published Lectures: 105

Number of Curriculum Items: 105

Number of Published Curriculum Objects: 105

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

Non-standard C++ libraries: Boost C++ libraries
Many custom libraries
Setup "Sublime Text 3" Editor for C++
Write efficient code without using C++ IDEs

Who Should Attend

beginner-level programmers
Aspiring C++ developers
Build C++ fundamentals for EOS Blockchain
who want to write memory efficient C++ codes using non-standard library
who want to use Boost C++ library
who want to switch coding career from Python to C++ in order to write fast performing codes

Target Audiences

beginner-level programmers
Aspiring C++ developers
Build C++ fundamentals for EOS Blockchain
who want to write memory efficient C++ codes using non-standard library
who want to use Boost C++ library
who want to switch coding career from Python to C++ in order to write fast performing codes

Course title: “Learn Professional C++ | Introduction to the Boost C++ Libraries“

Duration: 7 hrs+

Boost C++ is a set of libraries with much more detailed & simplified function in addition to ISO C++ Standard libraries.

In fact, much of the features have been taken from Boost lib & incorporated into ISO C++ library.

In this course, there will be no series 2 (with same name), bcoz there will be continuous addition of new programs.

As this course is for lifetime access as per the platform’s membership policy, so no problem in there.

Topics covered:

– Assertion: BOOST_ASSERT(), BOOST_ASSERT_MSG(), BOOST_VERIFY(), BOOST_VERIFY_MSG()

– Assign: +=, insert(), push_front(), list_of(), map_list_of(), tuple_list_of()

– Container:

– vector: element each of 1, 2, multiple

– list: element each of 1, 2, multiple

– deque: element each of 1, 2, multiple

– set: element each of 1, 2, multiple

– map: element of 2

– multimap: element of 2

– multiset: element each of 1, 2, multiple

– stack: element each of 1, 2, multiple

– String: conversion, erase, trim, replace, split

Applications using C++:

– Blockchain (EOS)

– Data Science

– write faster code: C++ (definitely for Codebases)

– write code fast: python (NOT for Codebase)

– GUI (using Qt)

Course Curriculum

Chapter 1: Introduction

Lecture 1: About Instructor

Lecture 2: Academy's Courses (All)

Lecture 3: Course Outline

Lecture 4: Modes of Communication

Chapter 2: Installation

Lecture 1: Install Editor | Sublime Text 3

Lecture 2: Include Suggestion Header files

Lecture 3: Enable Linting on Sublime Text 3

Lecture 4: Install Compiler | Linux: GCC

Lecture 5: Using Custom library | Boost

Chapter 3: Assertion

Lecture 1: Demo

Lecture 2: Assert function with message

Lecture 3: Assert function without message

Lecture 4: Assert Enable/Disable Macros part 1

Lecture 5: Assert Enable/Disable Macros part 2

Lecture 6: Verify function without message

Lecture 7: Verify function with message

Lecture 8: Bonus: Custom assertion function | Demo

Lecture 9: Bonus: Custom assertion function | Coding part 1

Lecture 10: Bonus: Custom assertion function | Coding part 2

Chapter 4: Assign

Lecture 1: Introduction

Lecture 2: '+=' operator | part 1

Lecture 3: '+=' operator | part 2

Lecture 4: 'insert' operator | part 1

Lecture 5: 'insert' operator | part 2

Lecture 6: 'push_front' operator | part 1

Lecture 7: 'push_front' operator | part 2

Lecture 8: 'push_front' operator | part 3

Lecture 9: 'list_of' operator | part 1

Lecture 10: 'list_of' operator | part 2

Lecture 11: 'list_of' operator | part 3

Lecture 12: 'map_list_of' operator | part 1

Lecture 13: 'map_list_of' operator | part 2

Lecture 14: 'map_list_of' operator | part 3

Lecture 15: 'tuple_list_of' operator | part 1

Lecture 16: 'tuple_list_of' operator | part 2

Chapter 5: Containers (Miscellaneous)

Lecture 1: Introduction

Lecture 2: Vector with element (each of 1 value) | insert

Lecture 3: Vector with element (each of 1 value) | access

Lecture 4: Vector with element (each of 1 value) | search

Lecture 5: Vector with element (each of 1 value) | display

Lecture 6: Vector with element (each of 2 values) | insert

Lecture 7: Vector with element (each of 2 values) | access

Lecture 8: Vector with element (each of 2 values) | search

Lecture 9: Vector with element (each of 2 values) | display | part 1

Lecture 10: Vector with element (each of 2 values) | display | part 2

Lecture 11: Vector with element (each of multiple values) | insert | part 1

Lecture 12: Vector with element (each of multiple values) | insert | part 2

Lecture 13: Vector with element (each of multiple values) | access

Lecture 14: Vector with element (each of multiple values) | display

Lecture 15: List with element (each of 1 value) | insert

Lecture 16: List with element (each of 1 value) | access

Lecture 17: List with element (each of 1 value) | search

Lecture 18: List with element (each of 1 value) | display

Lecture 19: List with element (each of 2 values) | insert

Lecture 20: List with element (each of 2 values) | access

Lecture 21: List with element (each of 2 values) | display

Lecture 22: List with element (each of multiple values) | insert part 1

Lecture 23: List with element (each of multiple values) | insert part 2

Lecture 24: List with element (each of multiple values) | access

Lecture 25: List with element (each of multiple values) | display

Lecture 26: Deque with element (each of 1 value) | insert

Lecture 27: Deque with element (each of 1 value) | access

Lecture 28: Deque with element (each of 1 value) | search

Lecture 29: Deque with element (each of 1 value) | display

Lecture 30: Deque with element (each of 2 values) | insert

Lecture 31: Deque with element (each of 2 values) | access

Lecture 32: Deque with element (each of 2 values) | display

Lecture 33: Deque with element (each of multiple values) | insert

Lecture 34: Deque with element (each of multiple values) | access

Lecture 35: Deque with element (each of multiple values) | display

Lecture 36: Set with element (each of 1 value) | insert

Lecture 37: Set with element (each of 1 value) | access

Lecture 38: Set with element (each of 1 value) | display

Lecture 39: Set with element (each of 1 value) | search

Lecture 40: Set with element (each of 2 values) | insert

Lecture 41: Set with element (each of 2 values) | access

Lecture 42: Set with element (each of 2 values) | display

Lecture 43: Set with element (each of multiple values)

Lecture 44: Map | part 1

Lecture 45: Map | part 2

Lecture 46: Multimap | part 1

Lecture 47: Multimap | part 2

Lecture 48: Multiset with element (each of 1 value)

Lecture 49: Multiset with element (each of 2 values)

Lecture 50: Stack with element (each of 1 value) | insert

Lecture 51: Stack with element (each of 1 value) | access

Lecture 52: Stack with element (each of 1 value) | search

Lecture 53: Stack with element (each of 1 value) | display

Lecture 54: Stack with element (each of 2 values) | insert

Lecture 55: Stack with element (each of 2 values) | access

Lecture 56: Stack with element (each of 2 values) | display

Lecture 57: Stack with element (each of multiple values) | insert

Lecture 58: Stack with element (each of multiple values) | access

Lecture 59: Stack with element (each of multiple values) | display

Lecture 60: Bonus: 1 – Convert list to vector

Instructors

Block.Hub Academy
Data Science, Bots, Blockchain, C++, Python

Rating Distribution

1 stars: 9 votes
2 stars: 2 votes
3 stars: 2 votes
4 stars: 1 votes
5 stars: 5 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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