BFS, the kit-based C++ API, and the pervasively multithreaded design behind BeOS's open-source successor.
A source-grounded tour of Haiku's app_server, from window and view mirroring to clipping, buffered drawing, drivers, and diagnosis.
An evidence-based guide to Haiku's separate ARM and ARM64 ports, their boot and driver work, build targets, and honest support claims.
A safe workflow for post-update Haiku app failures using Terminal evidence, package ownership, prior states, settings isolation, and reports.
Recover Haiku media services safely while separating one-client failures, mixer routing, add-ons, drivers, server state, and repeatable bugs.
Diagnose Haiku repository sync through connectivity, clock and TLS, enabled URLs, architecture, refresh errors, and coherent full-sync.
Diagnose missing Haiku display modes through native versus fail-safe output, adapter and EDID evidence, connectors, VM hardware, and settings.
Measure slow Haiku installs by repository refresh, download, solver, disk transaction, packagefs activation, and scripts before intervening.
Take a Haiku fix from reproducible baseline through focused code, target and image tests, a clean Gerrit review, and iterative updates.
Create a reviewable HaikuPorts recipe with verified sources, correct metadata and dependencies, clean HaikuPorter builds, and tested HPKGs.
Build Haiku x86_64 on Linux with official sources, Haiku Jam, out-of-tree cross-tools, xattr-aware storage, images, and VM checks.