The fixture generator was creating efi.bin (512 MB) and rootfs.img
(500 MB) -- sizes inherited from a real-world device layout but with
no bearing on what the integration tests actually exercise. Both the
flashmap dry-run and the VIP digest test only need qdl to parse the
XML/JSON descriptors, walk the program list, and (for VIP) hash the
backing files. Whether the backing files are 8 MB or 512 MB makes no
difference to the code paths under test.
The previous switch to sparse files removed the dd write cost, but
zip still has to scan and CRC32 every byte of input regardless of
whether the bytes come from a hole. On the slow macos-15-intel CI
runner that scan was the new dominant cost and continued to push
both tests past meson's default 30 s timeout.
Drop efi.bin and rootfs.img to 8 MB each. Adjust rawprogram0.xml so
that the efi partition descriptor matches the new file size
(size_in_KB="8192.0", num_partition_sectors="2048") and rootfs's
start_sector / start_byte_hex follow on at sector 2054 (0x806000).
The other partition descriptors and patch entries are unaffected.
Local test run drops from ~5 s to ~0.25 s (combined). The slow
Intel CI runner should now have plenty of headroom under the 30 s
default timeout.
Signed-off-by: Igor Opaniuk <igor.opaniuk@oss.qualcomm.com>
Add tests make target and a simple test that executes qdl in dry-run mode
for a synthetic reference FLAT build with VIP table generation.
The FLAT build contains:
- patch0.xml
- patch1.xml
- rawprogram0.xml
- rawprogram1.xml
All binaries that these XML files point to are filled with zeros, generated
during github action execution.
Tests ensures that the table is generated correctly by comparing
calculated and expected SHA256 hashes of DigestToSign.bin file.
Signed-off-by: Igor Opaniuk <igor.opaniuk@oss.qualcomm.com>
Igor Opaniuk