GUI programming with GNOME libraries, creating windows and buttons, signal handling, event-driven programming, and integrating graphical interfaces with assembly code.
Dynamic memory allocation with allocators, heap management, current break, memory manager implementation, and integrating dynamic allocation into existing programs.
Complete memory layout of Linux programs including text, data, bss sections, stack growth direction, command-line arguments, environment variables, and address space layout.
Using shared libraries in programs, dynamic linking with GNOME, creating and linking against shared objects, understanding library dependencies and environment variables.
Building shared libraries, advantages and disadvantages of code sharing, dynamic linking, and creating reusable code components for multiple programs.