8cd82ce149
Update the Cuttlefish image to Android 16, move to the r29 NDK, and build Mesa with SDK version 35, the latest version currently supported. The new Cuttlefish build switches the 'venus_guest_angle' mode to use the `venus:cross-domain` context type instead of `virgl:virgl2:venus`, which now works on Android 16. This mode also moves to the `skiavk` Vulkan backend for HWUI and SurfaceFlinger. The Cuttlefish repositories have also been moved to the new https://gitlab.freedesktop.org/gfx-ci/android namespace. Signed-off-by: Valentine Burley <valentine.burley@collabora.com> Part-of: <https://gitlab.freedesktop.org/mesa/mesa/-/merge_requests/39197>
67 lines
2.7 KiB
Bash
67 lines
2.7 KiB
Bash
#!/usr/bin/env bash
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#
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# When changing this file, you need to bump the following
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# .gitlab-ci/image-tags.yml tags:
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# DEBIAN_TEST_ANDROID_TAG
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# This script runs in a container to:
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# 1. Download the Android CTS (Compatibility Test Suite)
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# 2. Filter out unneeded test modules
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# 3. Compress and upload the stripped version to S3
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# Note: The 'build-' prefix in the filename is only to make it compatible
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# with the bin/ci/update_tag.py script.
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set -euo pipefail
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section_start android-cts "Downloading Android CTS"
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# xtrace is getting lost with the section switching
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set -x
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# Do a very early check to make sure the tag is correct without the need of
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# setting up the environment variables locally
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ci_tag_build_time_check "ANDROID_CTS_TAG"
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# List of all CTS modules we might want to run in CI
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# This should be the union of all modules required by our CI jobs
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# Specific modules to run are selected via the ${GPU_VERSION}-android-cts-include.txt files
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ANDROID_CTS_MODULES=(
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"CtsDeqpTestCases"
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"CtsGraphicsTestCases"
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"CtsNativeHardwareTestCases"
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"CtsSkQPTestCases"
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)
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ANDROID_CTS_VERSION="${ANDROID_VERSION}_r3"
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ANDROID_CTS_DEVICE_ARCH="x86"
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# Download the stripped CTS from S3, because the CTS download from Google can take 20 minutes
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CTS_FILENAME="android-cts-${ANDROID_CTS_VERSION}-linux_x86-${ANDROID_CTS_DEVICE_ARCH}"
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ARTIFACT_PATH="${DATA_STORAGE_PATH}/android-cts/${ANDROID_CTS_TAG}.tar.zst"
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if FOUND_ARTIFACT_URL="$(find_s3_project_artifact "${ARTIFACT_PATH}")"; then
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echo "Found Android CTS at: ${FOUND_ARTIFACT_URL}"
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curl-with-retry "${FOUND_ARTIFACT_URL}" | tar --zstd -x -C /
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else
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echo "No cached CTS found, downloading from Google and uploading to S3..."
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curl-with-retry --remote-name "https://dl.google.com/dl/android/cts/${CTS_FILENAME}.zip"
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# Disable zipbomb detection, because the CTS zip file is too big
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# At least locally, it is detected as a zipbomb
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UNZIP_DISABLE_ZIPBOMB_DETECTION=true \
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unzip -q -d / "${CTS_FILENAME}.zip"
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rm "${CTS_FILENAME}.zip"
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# Keep only the interesting tests to save space
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# shellcheck disable=SC2086 # we want word splitting
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ANDROID_CTS_MODULES_KEEP_EXPRESSION=$(printf "%s|" "${ANDROID_CTS_MODULES[@]}" | sed -e 's/|$//g')
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find /android-cts/testcases/ -mindepth 1 -type d | grep -v -E "$ANDROID_CTS_MODULES_KEEP_EXPRESSION" | xargs rm -rf
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# Using zstd compressed tarball instead of zip, the compression ratio is almost the same, but
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# the extraction is faster, also LAVA overlays don't support zip compression.
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tar --zstd -cf "${CTS_FILENAME}.tar.zst" /android-cts
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ci-fairy s3cp --token-file "${S3_JWT_FILE}" "${CTS_FILENAME}.tar.zst" \
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"https://${S3_BASE_PATH}/${CI_PROJECT_PATH}/${ARTIFACT_PATH}"
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fi
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section_end android-cts
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