第一步:概述Parallel Matrix 在GitLab CI中,Parallel Matrix(并行矩阵)允许我们同时并行执行多个相似或相同的任务,以加快持续集成流程的速度。它可以用于同时构建和测试多个不同的环境、不同的平台,或者多个并行的测试套件。通过合理地配置Parallel Matrix,我们可以充分利用资源,充分发挥我们的硬件设备的潜力。 第二步:配...
parallel: matrix,并行执行一个 job,每个实例都使用不同的参数 deploystacks: stage: deploy script: - bin/deploy parallel: matrix: - PROVIDER: aws STACK: - monitoring - app1 - app2 - PROVIDER: ovh STACK: [monitoring, backup, app] - PROVIDER: [gcp, vultr] STACK: [data, processing] environm...
GitLab的子/父管道可以自定义代码以生成整个管道YAML。这是生成自定义行为的强大方法，包括在运行时生成作业。对于只想为一组定义的案例创建多个相似作业的简单场景，可能不需要这样做。在新版本中，可以找到一个新matrix关键字，该关键字可与parallel一起处理为创建多个作业的工作，每个作业具有不同的变量。例如，可以...
# .gitlab-ci.yml include: - include_jobs.yml default: artifacts: paths: - '*.txt' .gen-tmpl: script: - dd if=/dev/urandom of=${$MB_COUNT}.txt bs=1048576 count=${$MB_COUNT} generator: extends: [.gen-tmpl] parallel: matrix: - MB_COUNT: [1, 5, 10, 20, 50] artifacts: ...
upstream_status: stage: test needs: pipeline: other/project Additional details: If you add the job keyword to needs:pipeline, the job no longer mirrors the pipeline status. The behavior changes to needs:pipeline:job. needs:parallel:matrix ...
You can run a parallel matrix of jobs in a one-dimensional array, making your pipeline configuration much simpler. Thanks Turo Soisenniemi for your amazing contribution!Here’s a basic example of this in practice that will run 3 test jobs for different versions of Node.js, but you can ...
Matrix In GitLab you can use a matrix to run a job multiple times in parallel in a single pipeline, but with different variable values for each instance of the job. Jenkins runs the matrix sequentially. For example, in a Jenkinsfile: Groovy Copy to clipboard matrix { axes { axis { na...
但是在极狐GitLab平台,通过使用关键词needs:,您可以为作业定义直接依赖关系,后续作业(如Test 作业2)只需等待相关联的作业(Build作业3)完成即可开始。通过使用 DAG 策略,您可以从某个项目的流程中节省几分钟,从而提高流水线执行速度并降低 CI 分钟消耗。通过使用 needs: []您可以让任何阶段的工作无需等其他工作完成...
Summary When trying to use !reference tags for parallel:matrix, an error is displayed: This GitLab...
As discussed in the previous section, an Eink screen needs to be coupled to an Eink controller to function. Aside from that, the screen also needs high-voltage drivers to drive the TFTs and the pixels. Virtually all E-paper panels use either COG (Chip-on-Glass) or TAB (Tape Auto Bondi...