Last updated 3/2023Course Language EnglishCourse Caption EnglishCourse Length 06:46:54 to be exact 24414 seconds!Number of Lectures 84
This course includes:
7 hours hours of on-demand video
1 article
Full lifetime access
Access on mobile and TV
Certificate of completion
Interface design principles in depth
Software practices to write readable and production ready code
Programming practices applicable to every programming language mainly C++, Java, Python, JavaScript etc.
Principles to follow while tackling niche problems like performance and debugging
Importance of programming practices in building high performance code without making the code unreadable
Welcome to the Programming Practices for C++ / Java / Python / JavaScript course on Udemy!I am sure as programmers you must have pondered some of the following questionsWhat is the difference between a good and bad programming style?How can I write more readable and maintainable code?What are some best practices for naming variables and functions?How important is indentation and formatting in code?How can I improve the readability of complex conditional statements?What are some common pitfalls to avoid when writing code?How can I effectively use comments to improve code readability?What are some tips for writing efficient and optimized code?How can I ensure consistency and maintainability across a codebase?How can I improve my programming skills and best practices over time?In this course, you will learn the best programming practices that every software engineer should know. In addition, we will cover code organization, testing, debugging, performance, notation, and refactoring.Throughout the course, you will work on hands-on exercises to apply these concepts and improve your programming skills. We will also cover how to work in a team and collaborate with other software engineers.By the end of this course, you will have a solid understanding of the programming practices that will help you become a successful software engineer. In addition, you will be able to write clean, efficient, and well-organized code and have the skills to work effectively in a team environment.This course suits software engineers of all levels, from beginners to experienced professionals. No programming experience is required, but familiarity with a programming language would be helpful. So, if you want to improve your programming skills and become a better software engineer, this course is for you!Why are programming practices needed?Programming practices are essential in software engineering because they help ensure that the software is high quality, easy to maintain, and easy to modify. Some examples of programming practices that are important in software engineering include:Writing clean, well-documented code helps other developers understand and work with the code more easily.Using version control: This allows developers to track changes to the code over time and makes it easier to collaborate with other team members. Making readable code changes makes the version control a repository to understand the evolution of code.Adhering to coding standards: This helps to ensure that the code is consistent and easy to read, which makes it easier to maintain and modify.Automating testing: This helps catch bugs early and ensures that the code is high quality.Using consistent programming practices helps make the code more reusable and easier to understand while debugging and tuning.Are there any common programming practices applicable to all programming languages?Yes, there are several common programming practices that are applicable to all programming languages. These include:Writing readable and well-structured code: This makes it easier for others (and yourself) to understand and maintain the code in the future.Using comments: Comments are used to explain the purpose and function of the code, making it more readable and understandable.Using meaningful variable and function names: This improves the readability and understandability of the code.Using appropriate data types and structures: Using the right data types and structures can help improve the performance of the code and make it more maintainable.Writing efficient code: Writing code that is efficient in terms of performance and memory usage is important for the overall stability and scalability of the software.Implementing error handling: Properly handling errors and exceptions can help prevent the program from crashing and make it more robust.Following a consistent coding style: Using a consistent coding style makes the code more readable and maintainable, and makes it easier for other developers to understand and contribute to the codebase.These are some of the general best practices followed in any programming language and tools. However, some of the practices may have some small adjustments depending on the specific language or framework being used.Overall, good programming practices can help to improve the efficiency and effectiveness of software development, which can lead to better software products.Who this course is for:Beginner and intermediate experience developers. No language bar all Python, Java, Scala, C++, Rust, GoLang, Javascript, etc. developers will benefit from the practices and principles being shared in the course.Software professional with 4-8 years of experience will benefit from the practices to take back to their teamsStudents learning programming language can use the additional design perspective from the course for their upcoming project.All developers curious about programming and software practices that make systems robust and scalable for decadesProgrammers looking to upskill in their career by building expertise in software design and productive software engineering.
Course Content:
Sections are minimized for better readability, click the section title to view the course content
2 Lectures | 06:00
Objective
03:03
The text discusses the importance of programming practices in avoiding errors when writing code. It emphasizes that programmers are humans and make mistakes, but certain practices can help prevent errors. The text also mentions that programmers will use multiple programming languages during their careers and that these practices should be followed regardless of the language being used. The text gives an example of code that seems fine but has logical errors and inconsistencies in comments. The text concludes by stating that the course is about programming practices, not just syntax, and aims to make programmers more efficient and productive in delivering software that serves billions of users without failing.
Sincere Request before getting started
02:57
Here are some steps you can take to use online courses for self-learning optimally:
Identify your learning goals: Before you start an online course, it's essential to know what you want to get out of it. This will help you choose the right course and stay focused while learning.
Find a reputable course provider: Look for online courses from reputed institutions or well-known experts in the field. This will ensure that you're getting high-quality content and support.
Create a study schedule: Online courses can be self-paced, but it's still a good idea to set aside dedicated time to study each week. This will help you stay on track and make the most of your learning experience.
Take advantage of additional resources: Many online courses include reading materials, quizzes, and exercises to help you learn. Make sure to take advantage of these resources and use them to reinforce your learning.
Seek help when you need it: If you're having trouble with a concept or running into problems with the course, don't hesitate to ask for help. Many online courses offer support through forums, email, or live chat, so use these resources if you need them.
Stay motivated: Learning can sometimes be challenging, so staying motivated and moving forward is essential. Set small goals for yourself, take breaks when you need to, and reward yourself when you complete a course or reach a learning milestone.
Warm-up quiz
1 question
20 Lectures | 01:16:34
Programming Style : Section Introduction
03:18
This section of the text talks about the importance of programming style. The text emphasizes that style is independent of any programming language and applies to every line of code written. The text mentions that the section will cover topics such as naming conventions, expressions and statements, consistency and idioms, and certain aspects of languages that play a role in readability. The text also mentions that these principles are important for the maintainability of code, especially in systems with millions of lines of code. The text notes that these principles are applicable to any programming language and will remain relevant in the future. The text concludes by stating that the course will have detailed discussions on these topics in order to encourage readers to think from a systemic perspective and to understand the human element of programming.
Why programming style matters?
03:30
What are some ways to make sure a program is easily readable and understandable for humans?
Why is it important to write code that is easy to read and understand?
How can a consistent coding style improve communication between the person writing the program and the person reading it?
Naming : Desired Characteristics
09:45
What are some general desirable characteristics when it comes to naming in programs?
Why is being informative key when naming conventions in programming?
How important is being concise when naming entities in a program?
Why is it important for names to be memorable in a program?
How can naming conventions help with debugging and maintaining code?
Naming Practices : Variable names - 1
01:40
The lecture discusses the importance of naming conventions for variables in programming, specifically focusing on the clarity and scope of variable names. It is suggested that global variables should be descriptive in nature, while local variables should aim to be short, and an example is provided to illustrate this point. The lecture emphasizes that the goal of naming when it comes to variable names is to make the code more readable and easy to understand.
Naming Practices : Variable names - 2
06:03
How can naming conventions in programming be a source of conflict among teams and how can this be resolved?
How do naming conventions and styles change at different levels of organizations?
How can variable names be used as functionality indicators, and how can this improve the readability of code?
Naming Practices : Variable names - 3
04:30
What is the importance of consistency in naming in programming?
How can code be made more readable and maintainable by addressing inconsistencies in naming?
What are the implications of not addressing inconsistencies in naming, such as API changes and bugs?
How should changes to improve consistency in naming be handled in code reviews and maintenance?
Quick Check
2 questions
Naming Practices : Function Names
04:10
How does identifying functions using active verbs make sense in programming?
What is a simple rule for naming functions using active verbs and nouns?
How should Boolean returning functions be named to convey their information clearly?
Why is it important to be considerate about subtle naming conventions when exposing a public API?
Naming Practices : Importance of being accurate
03:29
Why is code readability an important element in the productivity of teams?
How can naming variables and functions accurately improve code readability and maintainability?
How can inaccuracies in function naming lead to bugs in the code?
How should teams handle educating new members about the team's style of coding?
Quick check
1 question
Expressions and Statements : Indentation
05:30
What are the benefits of using proper indentation in code?
How can indentation be used to show the intent of the programmer?
How can consistency in indentation be maintained across a codebase?
What are the best practices for configuring indentation rules and enforcing them in a team?
Expressions and Statements : Natural Expression
02:57
How does using natural form of expressions affect code readability?
How can one test how well they write readable code?
What is the most prominent example of not following the natural form of expression?
How can refactoring code improve readability without changing the mathematical consistency of the expression?
How can unit testing help with safely making changes to improve code readability?
How can readability of code be helpful when debugging for a bug in a rush?
Expressions and Statements : Parantheses
02:52
How can using natural form of expressions help improve code readability?
How does adding parenthesis improve readability when working with complex sets of conditions?
Why is it important to consider the readability of code for average readers, rather than just expert programmers?
How does the use of parenthesis show intent in code?
How can adding parenthesis improve readability when working with database queries and configurations?
How can the inclusion of parenthesis make code more readable for new programmers or those learning to code?
Why is code readability important in the context of job interviews?
How can unit testing help when refactoring code to improve readability?
How does the readability of code become more important as one becomes more senior in their programming career?
Expressions and Statements : Complexity
07:00
How is breaking up complexity crucial for readability in programming?
What are some ways to simplify complex conditional statements to improve readability?
How can a programmer build the skill of writing readable code?
How can a programmer avoid the trap of writing code that only they and their team can understand?
Why is it important to write code that is readable for everyone, not just experts in the field?
How can a programmer ensure that they are not compromising readability for the sake of being clever or concise?
What are some examples of language features that can be avoided to improve readability?
Expressions and Statements : Side Effects
02:38
What are the side effects of certain operators and how can they be avoided?
How can using operators correctly and in a Justified manner prevent bugs in the future?
What steps can be taken to communicate the potential side effects of certain operators in advance?
Why is it important to use operators judiciously and not just for the sake of making code look concise?
Quick Check
2 questions
Consistency and Idioms : Overview
02:18
Consistency and Idioms : Loops
02:25
Consistency and Idioms : else if
02:40
Quick check
1 question
Macros
03:10
Magic Numbers
02:53
Code Comments
03:26
Section Summary
02:20
Section Quiz
4 questions
11 Lectures | 55:41
Algorithms and Data Strcutures : Section Introduction
02:38
Necessity to understand practices around data structures and algorithms
04:33
Algorithms : Search
08:06
Algorithms : Sorting
05:30
Search quick check
3 questions
Algorithms : Libraries
03:52
Algorithms : O - Notation
07:08
Data Strcutures : Dynamic Arrays
05:07
Data Strcutures : Lists
05:36
Data Strcutures : Trees
04:12
Data Strcutures : Hash Tables
05:21
Algorithms & Data Strcutures : Summary
03:38
Section Quiz
3 questions
13 Lectures | 01:22:39
Interface Design : Section Introduction
05:11
Design and Implementation in general
04:42
Introduction to interface design programming practices
03:35
Interface Example : Prototype design version
01:55
Design considerations
03:13
Quick Check
1 question
Interface Example : Library
07:35
Interface Specifications
07:49
Interface Design : General Principles
06:49
Hiding implementation a.k.a abstraction
06:23
Interface Design : General Principles extended
10:34
Resource Management programming practices
10:35
Error Handling programming practices
07:40
User Interfaces
06:38
6 Lectures | 41:22
Debugging : Section Introduction
03:57
Debugging practices overview
07:53
Debuggers in general
07:48
Quick Check
1 question
Debugging practices for easy bugs
10:08
Debugging practices for hard bugs
09:06
Debugging Challenges
02:30
7 Lectures | 33:58
Software Testing: Section Introduction
03:54
Testing Overview
03:56
Test as you code or Test Driven Development
06:01
Test Automation
03:54
Quick Check
1 question
Systematic testing practices
03:54
Considerations while software testing in general
07:43
Ownership of testing
04:36
9 Lectures | 48:42
Software Performance : Section Introduction
02:36
Performance practices overview
05:34
Basic steps to appraoching performance issues
04:45
Guideline programming practices for dealing with performance improvement
02:18
Timing and profiling for performance
05:10
Quick Check
1 question
Performance improvement strategies
06:25
Code tuning for better performance
15:16
Quick Check
1 question
Estimation
02:05
Optimal space utilization for better performance
04:33
5 Lectures | 21:46
Software Portability: Section Introduction
03:11
Overview
03:37
Role of language in portability
06:43
Quick Check
1 question
Environmental factors to be considered in practices dealing with portability
02:40
Role of system interface and practices to handle the portability concerns
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