Advanced C Language

Section (1) Type

Learn about the memory storage method and CPU processing structure for the four types of C language: char, int, float, and double, through examples.

Section (2) Control Statements

We cover CF, which is used for comparing unsigned integers, and we cover in depth the operation of SF and OF, which are used for comparing signed integers.

Section (3) Operator

We cover advanced memory-optimized programming techniques step-by-step using the bitwise operators (&, |, ~, >>), which are considered the most difficult.

Section (4) Arrays and Pointers

Understand the similarities and differences between arrays and pointers, and cover the complexities of passing or returning arrays as arguments to functions.

Section (5) Multiple Pointers

Understand the implementation of double and triple pointers and the special cases where they must be used.

Section (6) Function Calling Principle

We will cover the function calling convention (cdecl) of the C language and learn about the process of saving and restoring CPU registers when calling a function, along with STACK memory.

Section (7) Functions and Function Pointers

We will cover the similarities and differences between function types and function pointer types, and learn how to implement generic algorithms using function pointers.

Section (8) Structure

We'll understand the background of structures and address the caveats arising from their singularity. We'll also learn how to utilize bitfield structures and unions through implementation.

Section (9) File Input/Output

We will cover the behavior of the FILE structure that stores information and internal library buffers when performing standard file input/output, and learn what to be careful of when performing file input/output.