fake_realsense: clocked mode (a frameset every 1/fps s, like the device),
FakeAlign, camera timestamps, and the frame number written in the pixels
(color block, depth[0, 0]) so a test knows which frame an image came from.
test_two_channels:
- /api/rgb, /api/capture, /api/depth: rgb and depth from one frame (criterion
B of optimize-streams R03; failed before the previous commit: 1 vs 2);
- /api/color/latest serves strictly newer frames, the image is the frame its
headers name (camera clock), 504 on timeout, each frame encoded once;
- color >= 25 new frames/s while /api/capture loops (criteria A1/A2, 3 s).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The fake frames now hand out a buffer (memoryview) like pyrealsense2's
BufData, so np.asanyarray() of it is a view, as on the robot; a control test
proves it. Then: the captured rgb/depth share no memory with the fake SDK
frame and own their data (without the fix both shared it), and _owned()
copies views only.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
tests/fake_realsense.py: a pipeline whose wait_for_frames renders a textured
640x480 frameset after 100 ms (no RealSense on the development PC).
tests/test_parallel_capture.py:
- 3 parallel /api/capture take < 2x one alone (medians of 5): the criterion
declared for optimize-streams R01. On the previous code: 391 vs 128 ms.
- /api/capture keeps its fields; parallel requests share one frame and its
bytes, frame_id still differs per response; one thread calls the pipeline.
- /api/rgb, /api/depth, /api/depth/color decode; /ws streams; close() stops
the acquisition thread.
Skipped when pyrealsense2 is not importable, like the existing driver tests.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
OliviaCandClaude Opus 5.5