Understand C on a higher level, including its memory handling, optimizations, and advanced constructs.

Gain an in-depth understanding of the logic behind the C language. Understand how commands written in C are mapped to processor instructions, memory handling, pointers and function callbacks, and more advanced C constructs. Finally, learn how C programs are optimized and applied in specific embedded environments.

Course topics:

• C data types, arrays vs pointers, casting, little vs big endian
• Declarations, variables, storage classes, types, constants, static and automatic duration, memory locations, linkage
• Function caveats, calling conventions, calling from assembly
• Pointer arithmetic, multi-dimensional arrays, function pointers, void pointers, endianness
• Input-output and I/O dangers
• Strings and safe string handling in C, structures, member alignment, and padding
• Splitting a program, declaration sharing, header files
• Build process and tools, preprocessor, compiler, linker, scripting
• Memory handling, buffers, queues, lists, double buffering
• Cross-compilation, embedded targets, compiler specifics