DEV Community

Assembly

Assembly is a low-level programming language that uses mnemonics to represent machine instructions.

Posts

đź‘‹ Sign in for the ability to sort posts by relevant, latest, or top.
How catch-block selection works in exception handling

How catch-block selection works in exception handling

Comments
23 min read
Lifecycle of a process

Lifecycle of a process

2
Comments
9 min read
ArduBIOS: Opcode Interpreter and ISA for Arduino

ArduBIOS: Opcode Interpreter and ISA for Arduino

2
Comments
1 min read
Building a Web Server from Scratch (No, Actually)

Building a Web Server from Scratch (No, Actually)

2
Comments
9 min read
Switch Case: Peak Performance

Switch Case: Peak Performance

5
Comments
12 min read
A Deep Dive into Kernel Context Switching

A Deep Dive into Kernel Context Switching

7
Comments
9 min read
Monomorphization in Rust — How Generics Become Fast, Concrete Code

Monomorphization in Rust — How Generics Become Fast, Concrete Code

3
Comments
2 min read
NUASM — Neuro‑Universal‑ASM: The World's First Native Multi‑Language Assembler

NUASM — Neuro‑Universal‑ASM: The World's First Native Multi‑Language Assembler

8
Comments
1 min read
64-bit bootloader from scratch in AT&T assembly, Part-3

64-bit bootloader from scratch in AT&T assembly, Part-3

3
Comments
1 min read
MAWA - Un lenguaje tan simple como Python pero tan potente como Assembler, el ASM moderno pero mucho más sencillo.

MAWA - Un lenguaje tan simple como Python pero tan potente como Assembler, el ASM moderno pero mucho más sencillo.

5
Comments 40
4 min read
How I Explain Ghidra Output With AI

How I Explain Ghidra Output With AI

3
Comments
4 min read
Understanding the ABI by Observation

Understanding the ABI by Observation

9
Comments
5 min read
Unified Abstraction Layer: A Conceptual Architecture Firmware‑Level System Macro‑Instruction Set for Future Computing Systems

Unified Abstraction Layer: A Conceptual Architecture Firmware‑Level System Macro‑Instruction Set for Future Computing Systems

1
Comments
10 min read
10,000 Lines of C, Real x86-64 Assembly for Critical Paths: Building Kernel-Level AI Security

10,000 Lines of C, Real x86-64 Assembly for Critical Paths: Building Kernel-Level AI Security

Comments
7 min read
đź‘‹ Sign in for the ability to sort posts by relevant, latest, or top.