
Explore why programming matters, learn how C language bridges human and binary machine language with compilers, and distinguish system programming from application programming, including device drivers and operating systems.
Trace the history of the C language from B and BCPL at Bell Labs to C. Explore its general purpose, procedural nature, ANSI standard, and cross-platform reach, including Unix.
Explore how expressions in C use arithmetic operators, including plus, minus, multiply, divide, modulo, and pre/post increment, and learn operator precedence and bracket rules for correct evaluation.
Explore bitwise operators in C, including left and right shifts, negation, and logical operations, with emphasis on binary representation, decimal and hexadecimal forms, and two's complement.
Explain how the switch statement evaluates a constant integral expression against case labels, uses breaks to avoid fall-through, and optionally includes a default.
Explore the scope and lifetime of variables, differentiating global and local variables across functions. Explain storage classes—automatic, static, register, extern—and how pass by value and pass by reference work in function calls.
Explore pointer arithmetic by incrementing or decrementing a pointer to the next location of its type, noting how the data type size, byte or double, affects the next address.
Explore string handling in C, including declaration, initialization, string literals, and memory allocation for fixed-size arrays and dynamic pointers, with null-terminated sequences and basic input methods.
Learn to read and write strings in C, compare scanf and gets, handle spaces, use buffers, determine string length via null termination, and perform basic string concatenation.
explores using an enumerated data type to represent days of the week, with seven members starting at zero, improving readability and avoiding macros, via typedef and variable declarations.
Explore bit fields within a structure to optimize memory usage, balancing field sizes, padding, and data types. Learn unsigned versus signed behavior and how values fit within limited bits.
C language which is considered the mother of all languages, is and will be the most sought after programming language for any beginner to jump start his career in software development. Not only does it help a beginner to understand what software programming is all about, it also gives an excellent platform to build programming skills for those who eventually want to learn modern languages like C# or Java for developing advanced level applications.
BestDOtNetTraining's online training videos which include both the concepts and practical examples will help you learn the C language down to the minutest detail. Every topic in the course is covered in-detail along with sample programs and assignments (along with solutions).
This combination of concepts and practical is guaranteed to make you an expert on the language and will put you in a position to tackle even the toughest of interview challenges. And if that wasn’t enough, our course offering will also provide you a library of Interview Questions in each and every module of our "C" training program.
This Course is compiled by Mr. Sandeep Soni, Microsoft Certified Trainer with experience over 21 years.
Mr.Sandeep has worked closely with many IT companies and helped them with their technology resources training needs. He considers this to be the best part of his profession and he enjoys the most because he gets to meet new people; get involved in the ever changing technology needs and provide them with optimum solution to the problems they face in application development. This is how he keeps himself updated with the latest technology in the industry
He is always accessible to all his students anytime for any kind of question they may have. you can send him an email your queries at sandeepsoni@deccansoft.com.
By the end of this course you should able to
Understand the purpose of programming.
Download and understand the role of IDE in writing "C" programs.
Gain knowledge about how one can write Software Programs.
Write interactive programs to perform input and output operations.
Apply logic using programming techniques & decision making statements.
Understand the advantage of using Arrays and Pointers for handling large data.
Learn how to break up a big task into smaller units using functions.
Understand how memory can be dynamically allocated and de-allocated for pointers.
Persist data of the program into data files for using at later point of time.
Create and process data in files using file I/O functions.
Read and consume command like arguments in a program.