How to Back Up and Restore a Haiku System
Build and test a Haiku backup that preserves BFS attributes, user settings, package inventory, writable state, and safe restore boundaries.
Operating systems, infrastructure, emulation, and technical history.
Build and test a Haiku backup that preserves BFS attributes, user settings, package inventory, writable state, and safe restore boundaries.
Prepare a native Haiku toolchain, compile and inspect a minimal Kit application, then build a reproducible x86_64 system image safely.
Verify an official Haiku image, test it live in a VM, prepare BFS and firmware boot safely, install, reboot, and validate the result.
Create typed BFS metadata, index it per volume, build and save accurate Tracker queries, and verify live results without losing attributes.
Use Haiku's limited POSIX account tools for services and shell tests while understanding why they do not create separate desktop users.
Build a warning-clean Haiku GUI with BApplication, BWindow, layout-managed controls and BMessage handling, then test its real lifecycle.
Search, install, update and remove Haiku packages safely, audit repositories and package state, and recover without imaginary rollback commands.
Use Haiku Terminal, Bash profiles and native filesystem tools safely, write portable scripts, and separate POSIX habits from Linux assumptions.
Configure WebPositive's real settings, organize file-based bookmarks, control history and cookies, and handle downloads and credentials safely.
A source-grounded map of Haiku's kernel: teams and threads, virtual memory, IPC, scheduling, modules, system calls, drivers, and debugging.