~mmach/netext73/mesa-haswell

PIGLIT_REPLAY_EXTRA_ARGS: --keep-image --db-path ${CI_PROJECT_DIR}/replayer-db/ --minio_host=minio-packet.freedesktop.org --minio_bucket=mesa-tracie-public --role-session-name=${CI_PROJECT_PATH}:${CI_JOB_ID} --jwt-file=${CI_JOB_JWT_FILE}

script:

- install/piglit/piglit-traces.sh

.deqp-test:

script:

- ./install/deqp-runner.sh

artifacts:

exclude:

- results/*.shader_cache

reports:

junit: results/junit.xml

.deqp-test-vk:

extends:

- .deqp-test

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variables:

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DEQP_VER: vk

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.fossilize-test:

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script:

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- ./install/fossilize-runner.sh

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artifacts:

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when: on_failure

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paths:

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- results/

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.baremetal-test:

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extends:

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- .ci-run-policy

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- .test

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# Cancel job if a newer commit is pushed to the same branch

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interruptible: true

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stage: test

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before_script:

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- !reference [default, before_script]

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# Use this instead of gitlab's artifacts download because it hits packet.net

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# instead of fd.o. Set FDO_HTTP_CACHE_URI to an http cache for your test lab to

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# improve it even more (see https://docs.mesa3d.org/ci/bare-metal.html for

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# setup).

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- wget ${FDO_HTTP_CACHE_URI:-}https://${PIPELINE_ARTIFACTS_BASE}/${MINIO_ARTIFACT_NAME}.tar.gz -S --progress=dot:giga -O- | tar -xz

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artifacts:

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when: always

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paths:

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- results/

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- serial*.txt

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exclude:

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- results/*.shader_cache

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reports:

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junit: results/junit.xml

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.baremetal-test-armhf:

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extends:

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- .baremetal-test

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variables:

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BM_ROOTFS: /rootfs-armhf

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MINIO_ARTIFACT_NAME: mesa-armhf

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.baremetal-test-arm64:

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extends:

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- .baremetal-test

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variables:

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BM_ROOTFS: /rootfs-arm64

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MINIO_ARTIFACT_NAME: mesa-arm64

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.baremetal-arm64-asan-test:

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variables:

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DEQP_RUNNER_OPTIONS: "--env LD_PRELOAD=libasan.so.6:/install/lib/libdlclose-skip.so"

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MINIO_ARTIFACT_NAME: mesa-arm64-asan

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needs:

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- debian/arm_test

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- job: debian-arm64-asan

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artifacts: false

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.baremetal-deqp-test:

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variables:

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HWCI_TEST_SCRIPT: "/install/deqp-runner.sh"

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FDO_CI_CONCURRENT: 0 # Default to number of CPUs

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.baremetal-skqp-test:

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variables:

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HWCI_START_XORG: 1

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HWCI_TEST_SCRIPT: "/install/skqp-runner.sh"

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# For Valve's bare-metal testing farm jobs.

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.b2c-test:

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# It would be nice to use ci-templates within Mesa CI for this job's

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# image:, but the integration is not possible for the current

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# use-case. Within this job, two containers are managed. 1) the

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# gitlab runner container from which the job is submitted to the

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# DUT, and 2) the test container (e.g. debian/x86_test-vk) within

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# which the test cases will run on the DUT. Since ci-templates and

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# the associated image setting macros in this file rely on variables

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# like FDO_DISTRIBUTION_TAG for *the* image, there is no way to

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# depend on more than one image per job. So, the job container is

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# built as part of the CI in the boot2container project.

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image: registry.freedesktop.org/mupuf/valve-infra/mesa-trigger:2022-03-03.2

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extends:

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- .use-debian/x86_test-vk

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variables:

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# No need by default to pull the whole repo

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GIT_STRATEGY: none

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# boot2container initrd configuration parameters.

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B2C_KERNEL_URL: 'https://gitlab.freedesktop.org/mupuf/valve-infra/-/package_files/117/download' # 5.16-for-mesa-ci

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B2C_INITRAMFS_URL: 'https://gitlab.freedesktop.org/mupuf/boot2container/-/releases/v0.9.4/downloads/initramfs.linux_amd64.cpio.xz'

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B2C_JOB_SUCCESS_REGEX: '\[.*\]: Execution is over, pipeline status: 0\r$'

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B2C_JOB_WARN_REGEX: 'null'

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B2C_LOG_LEVEL: 6

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B2C_POWEROFF_DELAY: 15

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B2C_SESSION_END_REGEX: '^.*It''s now safe to turn off your computer\r$'

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B2C_SESSION_REBOOT_REGEX: 'GPU hang detected!'

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B2C_TIMEOUT_BOOT_MINUTES: 240

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B2C_TIMEOUT_BOOT_RETRIES: 2

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B2C_TIMEOUT_FIRST_MINUTES: 5

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B2C_TIMEOUT_FIRST_RETRIES: 3

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B2C_TIMEOUT_MINUTES: 2

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B2C_TIMEOUT_OVERALL_MINUTES: 240

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B2C_TIMEOUT_RETRIES: 0

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# As noted in the top description, we make a distinction between the

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# container used by gitlab-runner to queue the work, and the container

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# used by the DUTs/test machines. To make this distinction quite clear,

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# we rename the MESA_IMAGE variable into IMAGE_UNDER_TEST.

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IMAGE_UNDER_TEST: "$MESA_IMAGE"

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INSTALL_TARBALL: "./artifacts/install.tar"

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CI_VALVE_ARTIFACTS: "./artifacts/valve"

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CI_COMMON_SCRIPTS: "./artifacts/ci-common"

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GENERATE_ENV_SCRIPT: "${CI_COMMON_SCRIPTS}/generate-env.sh"

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B2C_JOB_TEMPLATE: "${CI_VALVE_ARTIFACTS}/b2c.yml.jinja2.jinja2"

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JOB_FOLDER: "job_folder"

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before_script:

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# We don't want the tarball unpacking of .test, but will take the JWT bits.

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- !reference [default, before_script]

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- |

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set -x

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# Useful as a hook point for runner admins. You may edit the

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# config.toml for the Gitlab runner and use a bind-mount to

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# populate the hook script with some executable commands. This

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# allows quicker feedback than resubmitting pipelines and

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# potentially having to wait for a debug build of Mesa to

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# complete.

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if [ -x /runner-before-script.sh ]; then

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echo "Executing runner before-script hook..."

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sh /runner-before-script.sh

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if [ $? -ne 0 ]; then

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echo "Runner hook failed, goodbye"

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exit $?

235

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[ -s "$INSTALL_TARBALL" ] || exit 1

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[ -d "$CI_VALVE_ARTIFACTS" ] || exit 1

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[ -d "$CI_COMMON_SCRIPTS" ] || exit 1

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242

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B2C_TEST_SCRIPT="bash -c 'source ./set-job-env-vars.sh ; ${B2C_TEST_SCRIPT}'"

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# The Valve CI gateway receives jobs in a YAML format. Create a

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# job description from the CI environment.

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python3 "$CI_VALVE_ARTIFACTS"/generate_b2c.py \

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--ci-job-id "${CI_JOB_ID}" \

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--container-cmd "${B2C_TEST_SCRIPT}" \

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--initramfs-url "${B2C_INITRAMFS_URL}" \

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--job-success-regex "${B2C_JOB_SUCCESS_REGEX}" \

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--job-warn-regex "${B2C_JOB_WARN_REGEX}" \

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--kernel-url "${B2C_KERNEL_URL}" \

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--log-level "${B2C_LOG_LEVEL}" \

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--poweroff-delay "${B2C_POWEROFF_DELAY}" \

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--session-end-regex "${B2C_SESSION_END_REGEX}" \

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--session-reboot-regex "${B2C_SESSION_REBOOT_REGEX}" \

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--tags "${CI_RUNNER_TAGS}" \

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--template "${B2C_JOB_TEMPLATE}" \

260

--timeout-boot-minutes "${B2C_TIMEOUT_BOOT_MINUTES}" \

261

--timeout-boot-retries "${B2C_TIMEOUT_BOOT_RETRIES}" \

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--timeout-first-minutes "${B2C_TIMEOUT_FIRST_MINUTES}" \

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--timeout-first-retries "${B2C_TIMEOUT_FIRST_RETRIES}" \

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--timeout-minutes "${B2C_TIMEOUT_MINUTES}" \

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--timeout-overall-minutes "${B2C_TIMEOUT_OVERALL_MINUTES}" \

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--timeout-retries "${B2C_TIMEOUT_RETRIES}" \

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--job-volume-exclusions "${B2C_JOB_VOLUME_EXCLUSIONS}" \

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--local-container "${IMAGE_UNDER_TEST}" \

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${B2C_EXTRA_VOLUME_ARGS} \

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--working-dir "$CI_PROJECT_DIR"

271

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cat b2c.yml.jinja2

273

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rm -rf ${JOB_FOLDER} || true

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mkdir -v ${JOB_FOLDER}

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# Create a script to regenerate the CI environment when this job

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# begins running on the remote DUT.

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set +x

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"$CI_COMMON_SCRIPTS"/generate-env.sh > ${JOB_FOLDER}/set-job-env-vars.sh

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chmod +x ${JOB_FOLDER}/set-job-env-vars.sh

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echo "Variables passed through:"

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cat ${JOB_FOLDER}/set-job-env-vars.sh

283

echo "export CI_JOB_JWT=${CI_JOB_JWT}" >> ${JOB_FOLDER}/set-job-env-vars.sh

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set -x

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# Extract the Mesa distribution into the location expected by

287

# the Mesa CI deqp-runner scripts.

288

tar x -C ${JOB_FOLDER} -f $INSTALL_TARBALL

289

290

script: |

291

slugify () {

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}

294

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# Submit the job to Valve's CI gateway service with the CI

296

# provisioned job_folder.

297

env PYTHONUNBUFFERED=1 executorctl \

298

run -w b2c.yml.jinja2 -j $(slugify "$CI_JOB_NAME") -s ${JOB_FOLDER}

299

300

ls -l

301

# Anything our job places in results/ will be collected by the

302

# Gitlab coordinator for status presentation. results/junit.xml

303

# will be parsed by the UI for more detailed explanations of

304

# test execution.

305

needs:

306

- debian/x86_test-vk

307

- debian-testing

308

artifacts:

309

when: always

310

311

paths:

312

- ${JOB_FOLDER}/results

313

reports:

314

junit: ${JOB_FOLDER}/results/junit.xml

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