pvmfw: Allow non-assignable device nodes to be labeled

Assignable devices list is provided by the XML, so validating whether
the labeled nodes is valid device node is too much check and only makes
writing DT hard.

This CL relax the condition by not returning error for labeled nodes
that aren't backed by physical device nodes.

Bug: 323453334
Test: Manually with markdown preview \
  atest libpvmfw.device_assignment.test
Change-Id: I98e0173f9536d52c1fd8eb40075c67c2361ce52c
2 files changed
tree: cb8bdc298a0dd8cb03accc22d2ac52fc6098e41a
  1. apex/
  2. apkdmverity/
  3. authfs/
  4. compos/
  5. demo/
  6. demo_native/
  7. docs/
  8. encryptedstore/
  9. java/
  10. launcher/
  11. libs/
  12. microdroid/
  13. microdroid_manager/
  14. pvmfw/
  15. rialto/
  16. service_vm/
  17. tests/
  18. virtualizationmanager/
  19. virtualizationservice/
  20. vm/
  21. vm_payload/
  22. vmbase/
  23. vmclient/
  24. zipfuse/
  25. .clang-format
  26. .gitignore
  27. Android.bp
  28. avf_flags.aconfig
  29. OWNERS
  30. PREUPLOAD.cfg
  31. README.md
  32. rustfmt.toml
  33. TEST_MAPPING
README.md

Android Virtualization Framework (AVF)

Android Virtualization Framework (AVF) provides secure and private execution environments for executing code. AVF is ideal for security-oriented use cases that require stronger isolation assurances over those offered by Android’s app sandbox.

Visit our public doc site to learn more about what AVF is, what it is for, and how it is structured. This repository contains source code for userspace components of AVF.

If you want a quick start, see the getting started guideline and follow the steps there.

For in-depth explanations about individual topics and components, visit the following links.

AVF components:

AVF APIs:

How-Tos: