Learn Zig Series (#65) - Pipes and Inter-Process Communication What will I learn How anonymous pipes work for connecting parent and child process I/O; How named pipes (FIFOs) let unrelated processes

Learn Zig Series (#64) - Process Management: Fork, Exec, Wait What will I learn How the Unix process model works: fork creates a copy, exec replaces it, wait collects results; How to use std.process.Child

Learn Zig Series (#63) - File Watching: Detecting Changes What will I learn Why polling for file changes wastes CPU and how event-based watching solves it; How Linux's inotify API works: watches, events,

Learn Zig Series (#62) - File Systems: Reading Directories and Metadata What will I learn How to open and iterate directories with std.fs.Dir and the iterator API; How to read file metadata: size, timestamps,

Learn Zig Series (#61) - Assembler: Disassembler and Binary Inspector Project G: Assembler/Disassembler (3/3) What will I learn How to read a binary file and decode instructions back to human-readable

Learn Zig Series (#60) - Assembler: Two-Pass Assembly Project G: Assembler/Disassembler (2/3) What will I learn How assembly language text syntax works: MOV R0, 42, label: ADD R1, R2, comments, and blank

Learn Zig Series (#59) - Assembler: Instruction Encoding Project G: Assembler/Disassembler (1/3) What will I learn How to design a minimal instruction set architecture (ISA) with MOV, ADD, SUB, MUL, CMP,