F**k Doomscrolling, Build These Projects Instead

Summary

The video recommends building technically challenging projects instead of doomscrolling. It presents five ideas, each offering a way to explore a different area of computer science and software development.

1. Cellular Automata and Artificial Life

Implement Conway’s Game of Life on a two-dimensional grid using rules for cell survival, death, and birth.

A key implementation detail is to read from the current grid and write to a separate next-generation buffer, then swap the buffers. Updating cells in place can affect neighbor counts for cells that have not yet been evaluated.

These simple rules can produce complex patterns such as gliders and oscillators. The video notes that the Game of Life is Turing complete and suggests exploring Lenia, a continuous artificial-life simulation.

2. A Computer Emulator

Emulators model hardware in software, helping explain processor instructions, memory, and display output while preserving software for older systems.

Chip-8 is suggested as a starting point. It has 35 opcodes and introduces the fetch–decode–execute cycle, bit operations, virtual registers, and a monochrome display buffer.

A later challenge is a Game Boy emulator, which adds hardware timers, memory-mapped I/O, and tile rendering. The video describes getting the console’s startup sequence and a commercial game to run as satisfying milestones.

3. Game Modding

Modding can involve working with process memory, operating-system behavior, and game execution—not just using high-level APIs.

The video discusses techniques such as locating game data in memory, intercepting engine functions, and injecting code. For managed games such as Minecraft, it mentions modifying bytecode at load time using mixins.

It also points to modding’s influence on the games industry, citing major game franchises that began as mods and the continuing mod ecosystems around titles such as Skyrim and Grand Theft Auto V.

4. Reverse Engineering and Binary Analysis

Analyze a compiled program to understand its control flow and behavior without access to its source code.

The video highlights Ghidra for examining machine code, assembly, and control-flow graphs. It also describes using a debugger or hex editor to inspect binary instructions.

It recommends practicing with community-created cracking puzzles and frames the topic as relevant to security research and malware analysis.

5. A 2D Physics Sandbox Using Verlet Integration

Build an interactive simulation using particles and distance constraints to represent ropes, fabric, bridges, or deformable objects.

Verlet integration stores current and previous positions, deriving motion from their difference. Constraint solving can then adjust particle positions iteratively to maintain desired distances.

Possible features include tearing ropes, swinging structures, collapsing beams, and manipulating particles with the mouse.

Other Information

Sponsor Segment

The subtitles name Infracloud, described as a platform for managing secrets, certificates, and access controls. Features mentioned include a developer-focused interface, integrations for Kubernetes, GitHub Actions, and AWS, automation, and managed-cloud or self-hosted deployment options.

Learning Resources

The creator recommends CodeCrafters for building tools such as Redis, Git, Kafka, and Docker from scratch. The creator also mentions a newsletter focused on system design and real server development.

Main Speaker and Sources

• Main speaker: The Coding Gopher narrator.
• Sources and references mentioned:
  • John Conway and the Game of Life
  • Thomas Jacobson’s 2001 article on Verlet physics and its use at IO Interactive
  • Ghidra, developed by the NSA
  • Marcus Hutchins’ WannaCry research