The hottest Assembly Substack posts right now

Understanding assembly language is important because it helps you see how high-level code runs at the machine level. This knowledge can make you a better programmer.
The series will cover the basics like bits, memory, and CPU instructions, so even beginners can follow along. You'll build skills to read and write real assembly programs.
Future topics will include practical applications like system calls and writing command-line utilities. You'll learn useful skills for tasks beyond just programming.

Assembling a folding bicycle involves over a thousand components and skilled bike builders for final assembly.
Piecework payment system led to highly skilled assemblers who could work at incredible speeds.
Transitioning to a production line system from piecework can be culturally disruptive and challenging, impacting the identity and skills of employees.

Checking if i!=j is much more efficient than checking if i==j in programming.
In low-level programming, the assembler often flips the conditions to check for inequality, simplifying the process.
Optimizing code by checking for inequality can streamline compiler design and simplify decision-making in system and compiler design.

The compilation process in C involves preprocessing, compilation to assembly, assembly into an object file, and linking for the final executable.
Each step in the compilation process serves a critical role in converting high-level C code to machine-executable instructions.
Understanding the compilation process helps programmers appreciate the intricate steps involved in turning source code into functioning programs.

Buffer overruns can lead to memory corruption by writing data outside allocated buffers.
Security cookies are implemented to detect buffer overruns by placing a special value on the stack near the return address, which is checked for changes.
Control over security checks can be managed by compilers, and understanding how security cookies work can be valuable in analyzing assembly code and optimizing performance.

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The MEGA65 Digest for November 2023 covers topics like implementing robotfindskitten in assembly language, updating the R5 main board hardware, and new games like Tristam Island for the MEGA65.
MEGA65 enthusiasts have been giving talks at computer conferences in 2023, which you can watch online for more insights and information.
The MEGA65 now supports arcade cores such as Bombjack and Bosconian, along with other ports and enhancements like Commodore 64 and ZX Spectrum cores.

Free seats for Bruce Dang's training class are offered for college students, with a challenge to win a spot through a coding task.
The challenge involves writing functions in x86 assembly, with bonus challenges to optimize for code size or speed.
Students need to submit their code by a specified deadline and winners will be announced on the same day.

Shellcode depends on the operating system because it needs the OS's resources to function, just like any other software.
Assembly language, while initially complex, is actually simple because it lacks abstract concepts and directly corresponds to machine code.
Writing in Assembly can lead to significantly smaller executable sizes compared to higher-level languages like C, which is advantageous for creating compact shellcode.