The chromium-for-bb10 project targets BlackBerry 10 on the BlackBerry Passport (Snapdragon 801, ARMv7-A) with a port of Chromium’s content_shell — enough of the browser stack to exercise Blink, V8, networking, TLS via BoringSSL, and real page loads over HTTP and HTTPS. That is a qualitatively different problem than shipping a thin WebView wrapper: it is a full integration of one of the largest C++ codebases in the industry with QNX system calls, threading, IPC, and graphics stubs.
Public documentation outlines a QNX SDP 8.0-oriented cross build: Clang 17 for compile, a carefully wrapped linker path, and a unified patch set plus dozens of QNX-specific source files covering base/, sandbox stubs, GPU stubs, and an in-progress Ozone backend for QNX Screen. The README captures verified milestones — DOM construction, external HTTPS, ICU — alongside active gaps such as certificate stores on device, HTTP/2 ALPN behavior, and multi-process mode limitations tied to Neutrino’s process model.
Read side-by-side with the Node.js v22 port, the lesson is consistent: QNX ARM exposes real ABI and libc corners that desktop Linux never teaches. String search implementations, URL parsing edge cases, and event-loop backends all required targeted fixes. Publishing those fixes as diffs and narrative status logs is how the next contributor avoids rediscovering the same week-long detours.
SW7FT treats these repositories as engineering outreach: proof that disciplined build systems, transparent issue logs, and reproducible artifacts can keep “legacy” platforms useful for education, tooling, and experimentation — adjacent to the industrial QNX work we deliver for clients who need deterministic, supportable software on modern SDP baselines.
Disclaimer: Chromium is © The Chromium Authors and other contributors. This port is independent community work. BlackBerry®, BB10®, and QNX® are trademarks of BlackBerry Limited; Google and Chromium are trademarks of Google LLC. SW7FT is not affiliated with or endorsed by Google or BlackBerry.