This helps the common use case of building a Dockerfile based on the contents of a GitHub repo, and sets up a build trigger so it will build on every commit.
cr_deploy_docker_trigger( repo, image, trigger_name = paste0("docker-", image), image_tag = c("latest", "$SHORT_SHA", "$BRANCH_NAME"), ..., substitutions = NULL, ignoredFiles = NULL, includedFiles = NULL, timeout = NULL, projectId = cr_project_get() )
repo | The git repo holding the Dockerfile from cr_buildtrigger_repo |
---|---|
image | The name of the image you want to build |
trigger_name | The trigger name |
image_tag | What to tag the build docker image |
... | Arguments passed on to
|
substitutions | A named list of Build macro variables |
ignoredFiles | ignored_files and included_files are file glob matches extended with support for "**". |
includedFiles | If any of the files altered in the commit pass the ignored_files |
timeout | Amount of time that this build should be allowed to run, to second |
projectId | The project to build under |
This creates a buildtrigger to do a kamiko cache enabled Docker build upon each commit, as defined by your repo settings via cr_buildtrigger_repo. It will build all tags concurrently.
cr_deploy_docker which lets you build Dockerfiles for more generic use cases
Other Deployment functions:
cr_deploy_docker()
,
cr_deploy_packagetests()
,
cr_deploy_pkgdown()
,
cr_deploy_run_website()
,
cr_deploy_run()
,
cr_deploy_r()
if (FALSE) { repo <- cr_buildtrigger_repo("MarkEdmondson1234/googleCloudRunner") cr_deploy_docker_trigger(repo, "test", dir = "cloud_build") }