Overview
Advantages in Learning C Programming
- C gives you low-level control for creating efficient and highly performant programs.
- C is a small and simple language to learn – it only has 32 keywords. Likewise, there are no set prerequisites to start programming in C.
- Because of C's simplicity the design space eliminates the burden of bulk systems which results in the simpler implementation of design decisions.
- C is highly portable because it is designed to be portable. Portable programs can run on different systems with little or no modification.
- High-level programming language libraries rely heavily upon a C module. Python, MATLAB and R rely on C. Designing a wrapper between a high-level language to gain performance almost always lends itself to writing a C module.
- Because of C's unmatched popularity over decades, programming languages took inspiration in their design and syntax. That said, learning C first will give a very solid foundation to explore the sea of modern programming languages. Put another way, if you want to have a solid grasp of programming concepts starting with C.
Course Content
- System software
- Application software
- General software features and recent trends
- Generation of programming languages
- Categorization of high level language
- Problem Analysis
- Algorithm Development & Flowcharting
- Compilation and Execution
- Debugging and Testing
- Program Documentation
- Character set, Keywords and data types
- Preprocessor and directives
- Constants and Variables
- Operators and statement
- Formatted I/O
- Character I/O
- Programs Using I/O statement
- Introduction
- The goto, if, if….else, switch statements
- The while, do…while, for statements
- Introduction
- Function definition and return statement
- Function prototypes
- Function invocation, Call by value & Call by reference, Recursive Functions
- Defining an array
- One dimensional arrays
- Multi-dimensional arrays
- Strings and string manipulation
- Passing array and string to function
- Introduction
- Processing a structure
- Arrays of Structures
- Arrays within structures
- Structures and function
- Introduction
- Pointer declaration
- Pointer arithmetic
- Pointer and array
- Passing Pointers to a function
- Pointers and structures
- Defining opening and closing a file
- Input / Output operations on files
- Error handling during input/output operations
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