C & C++ Training in Jaipur

Why learn C and C++?

Every person who wants to get their start in the field of software development should learn C and C++ programming. Any programming language is built upon this fundamental concept. Starting from scratch, you will learn the fundamentals of C and C++ and networking, following which you will move on to more advanced topics. Inheritance from C and C++ is seen in programming languages such as Java, C# and object-oriented languages. In order to acquire proficiency in this language, candidates should complete this course and then go on to a higher level course.

C developer roles and responsibilities:

• Create and maintain reliable, efficient and reusable C++ code
• Modules that are optimized and of high quality should be implemented
• Find bottlenecks and bugs in your processes
• Solve problems by suggesting solutions
• Creating high-level designs
• Modules written in C+ for implementation
• Maintain the quality of our code by supporting our team
• Analyzing, designing, and implementing
• The testing process
• Ensure that C++ code is designed, built, and maintained in an efficient and reliable way
• To develop new products with others, work closely with engineers
• Developing extensions for existing products
• Improving existing products through suggestions and implementation
• Modules should be designed, developed, managed, documented, tested, deployed, and supported
• The complexity of algorithms, hands-on
• The development of a new generation of software
• Indexes, filters - a basic database system

Top 13 Technical Skills of C and C++:

1. Data Structures and Algorithms:- Many companies use this skill to test the coding ability and problem solving ability of their candidates. When you are able to organize data and find a way to use it to solve real-world problems, you can become an excellent software developer. Developers, computer science students, and independent programmers should commit serious effort to learning Data Structures and Algorithms(such as arrays, linked lists, trees). A program's heart is its data structures and algorithms. When most developers start their career in software development, they do not realize how important coding quality is, however, when they gradually become more proficient, they discover their code takes up a lot of time or too much space. You'll learn how to organize data and use algorithms to solve specific problems in less time and less space.

2. Programming Languages:- It is necessary to know at least one programming language well in order to become a good programmer. The choice of the programming language to use really depends on how interested you are in the subject matter and in which language you like to solve the problems or are comfortable with.

3. Source Control:- Managing and storing code with source control is useful for developers. The majority of organizations are today seeking developers with experience in version control and ability to work effectively in a team. If you want to be a good software developer, you should be familiar with version control tools and concepts like Git (preferred by 70 to 80% of companies), Mercurial, and SVN.

4. Text Editors:- No matter how experienced or inexperienced you are as a programmer. Text editors are the first step in every programmer's journey to becoming a programmer. A programmers' daily life would not be complete without it. Text editors are not only used by programmers, but even non-programmers use them for their own needs. Many text editors are available, such as Notepad++, Sublime Text, Atom, Brackets, Visual Code, etc. To become a smart and productive developer, every programmer, especially a beginner, should spend some time learning how to use a text editor and keyboard shortcuts.

5. IDEs (Integrated Development Environment):- Your code can be written, modified, compiled, run, and debugged using an IDE. In terms of choosing the best development environment, every programmer has different choices depending on the language they are using or the purpose. It is essential for every programmer to know how to use an IDE for code writing, compiling, running, and debugging. A developer can speed up work by using an IDE, and many developers are able to choose from.

6. Databases:- Understanding databases is an essential skill for developers. Developing applications requires understanding how to create, insert, update, delete, and so on. For any organization, creating applications and software is impossible without a database. Every organization expects a developer who is experienced in working with databases and managing complete records in a secure manner to handle a serious business project. Among developers, SQL is no doubt the most popular classic database. Being able to write simple SQL queries is an essential skill for any developer. Among the databases you can use are Oracle, PostgreSQL, MongoDB, Cassandra, Redis and others.

7. Operating System:- The developer of serious software should understand operating system fundamentals and mechanisms. Developers face a multitude of problems when working on a project, such as memory usage, communication with another machine, running programs very slowly, tools conflicting issues, and blocking issues. Code written on one machine might not work on another, and this can cause problems at production level. Hence, it is good to have a good understanding of the processes and mechanisms of the operating system you will be using. Linux, Windows, and Mac are the top choices for programmers. Operating systems for mobile devices and tablets are Android and iOS.

8. Networking Basics:- It is often the case that developers use the client-server model, in which a request is sent to a server over the network, and the client can be anywhere in the world to access the application. Developing and supporting applications requires an understanding of basic networking. It can cause HTTP requests from the network to fail if the architecture is not designed properly. Client-server architecture uses the internet to communicate with a server, which processes a request and responds to the client with the appropriate response. Many of today's applications use the client-server architecture, including web-based, online games, business automation, and cloud computing. Hence it is not possible to deny the fact that a developer must have an understanding of the fundamentals of networking before entering programming.

9. Basics of Testing:- There are so many different types of tests a software or application must pass before it is released. During testing the software is thoroughly examined for any kind of bug, and it is determined if the software is ready for the client. Even though there are many types of testing, every developer should have knowledge of three important types. One of them is unit testing, during which all the individual modules or classes are tested. Embunit, NUnit, and JUnit are all unit testing frameworks available for C#, Java, and C++. An integration test is another testing method in which a developer tests how blocks or modules interact with each other. Testing helps to eliminate the possibility of incorrect data processing. System testing is the last type of testing in which the software is combined and tested. Under this testing technique there is no need for internal knowledge about the code.

10. Cross-Platform Software:- Products are expected to operate on different platforms such as Windows, Mac, and Linux, etc. that are designed or developed. Simply put, cross platform programming allows you to write your code once, and it will be shared across multiple platforms. Today, most of the users access and use products and services on mobile devices or smartphones, so it is important for a developer to create products that can be accepted by a broad range of platforms. With the software customized to suit as many devices as possible, the number of customers may rise. To have a better career opportunity and growth in software development, whether you are a beginning or experienced programmer, you should have knowledge of cross-platform software.

11. Encryption and Cryptography:- Whenever a developer works on an application that uses sensitive information of a user, it is essential that he or she uses a secure, encrypted key to avoid all sorts of attacks. When making a product or software, every organization is concerned about protecting sensitive information, preventing a site from being hacked. Developing a cryptography method, processing authentication data, and understanding encryption algorithms are all expected skills from a developer. Data encryption consists mainly of two methods. Private keys and public keys are both used for security. Developers can select either RSA or ECDSA based upon their preferences to keep in mind the network's overall security and establish a key using public key algorithms. Cryptography aids in making a secure database and securing requests being transmitted over the internet. Furthermore, it is used for secure error handling as well as allowing libraries from third parties to be used without concern about security risks.

12. SDLC (Software development life cycle):- This method for developing a software ensures its quality and correctness by following a systematic process. It is important to understand the proper life cycle of software, from requirements analysis to maintenance of the product, if you intend to become a software developer. Traditionally, SDLC consists of seven stages. During the development of a software or application, every phase plays an important role. SDLC demands that developers use their brains at every stage and follow the right flow. A developer can also take preventative measures at an early stage before any kind of problem arises at a later stage.

13. Microsoft Excel:- When it comes to coding or implementing software, a developer doesn't have to deal with Microsoft Excel. However, it is still an important skill for them because it helps to track progress, analyze data, check quality, maintain data, and very definitely for project planning. Excel is a powerful tool that should not be taken lightly. Besides its use as spreadsheet, it can also be used for various analysis tasks. It can act as a search engine, sorting tool, filtering tool, and it can be used for mathematical operations. Databases are also often populated using bulk data entered into Microsoft Excel. It is an essential tool for all levels of developers and managers, whether they are juniors or managers. Hence, it is advisable to learn the basic functions of Excel.

5 Career Paths if You Know C++!:

Over three decades since its introduction, C++ has been used extensively throughout the industry. With its functionality to manage low-level memory, this language is well-suited for embedded systems and other electronic devices as one of the first object-oriented programming languages. In addition, C++ is widely used to create video games and audio applications that require high performance. Here are a few suggestions on how you may follow a software engineer career if you have C++ skills or want to learn the language.

Digital Electric Engineer:- Along with a strong understanding of electronics, modern electronic engineers need strong programming skills. In the field of electronic device development, both C and C++ are commonly used languages. If you are seeking employment in this field, firmware control skills are a plus.

Real-Time Software Engineer:- A typical embedded system operates in real-time. In this regard, C++ provides the necessary low-level functionality for making electronics work. For software engineers working on these kinds of systems, C++ skills are generally necessary.

Programming Multimedia Desktop Applications:- In considering career paths for C++ developers, performance is often a key factor. The speed provided by C++ is crucial to multimedia desktop applications such as audio software, graphic design solutions, etc. Most graphically based applications use libraries, which are often created in C++ as well.

Managing Software Development:- Developers who consistently demonstrate leadership on projects, including mentorship of younger programmers, stand to become software development managers. Some prefer to remain technical, but others with strong communication skills and business acumen are best suited to management positions. Before moving into management, consider earning an advanced degree - perhaps even an MBA.

DevOps Engineer:- DevOps powers the software engineering process of companies looking to create software with greater speed and efficiency. DevOps companies are looking for C++ developers as well as those with experience with Docker, Jenkins, and Kubernetes. Software engineers at the senior level can pursue this rewarding career path.