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// TODO: Is there a way to reference this local, shaded class instead of fetching it from an external source
// using @Grab?
//import org.jenkinsci.plugins.pipeline.utility.steps.shaded.org.yaml.snakeyaml.Yaml // cannot find.
@Grab('org.yaml:snakeyaml:1.17')
import org.yaml.snakeyaml.Yaml
this.manifest_file = "${manifest_basename}.yaml"
def yaml = new Yaml()
this.manifest_data_raw = readFileFromWorkspace("manifests/${this.manifest_file}")
println("\n\nmanifest_data_raw:\n ${this.manifest_data_raw}")
def config = yaml.load(manifest_data_raw)
// Add delimiters so that multi-line data may be incorporated into downstream
// build jobs as an environment variable value.
this.manifest_data = ""
for (line in this.manifest_data_raw.tokenize('\n')) {
this.manifest_data = "${this.manifest_data}${line} \\\\n" //works
}
def job_def_generation_time = new Date()
this.dispatch_script = "dispatch.groovy"
this.trigger_script = "multi_trigger.groovy"
// Keep a specified number of builds (purging those older upon next
// job execution) for each independent job that is created. This value is set
// as one of the updater job's parameters.
// Note: Since the _dispatch job is executed at the highest frequency,
// its saved build logs will not go as far back in time for a given value of
// builds_to_keep than a similar collection of kept logs for a less frequently
// built job, a slowly-moving package, for instance.
println("builds_to_keep: ${builds_to_keep}")
this.num_builds_to_keep = builds_to_keep.toInteger()
// For each label (OS) in the list provided by the 'labels' job parameter, iterate
// over each python version provided by the 'py_versions' job parameter, to obtain
// every combination of OS and python version. Generate a separate job suite for
// each combination.
this.platforms = []
for (label in labels) {
for (py_version in py_versions) {
for (numpy_version in numpy_versions) {
// Compose platforms list for trigger job generation after this loop.
this.platforms.add("${manifest_basename}_${label}_py${py_version}_np${numpy_version}")
//-----------------------------------------------------------------------
// Create a folder to contain the jobs which are created below.
suite_name = "${manifest_basename}_${label}_py${py_version}_np${numpy_version}"
folder(suite_name) {
description("Build suite generated: ${job_def_generation_time}\n" +
"build control repo: ${build_control_repo}\n" +
"build control git_ref: ${build_control_git_ref}\n" +
"conda installer version: ${conda_installer_version}\n" +
"conda version: ${conda_version}\n" +
"conda-build version: ${conda_build_version}\n" +
"utils_repo: ${utils_repo}\n" +
"publication_root: ${config.publication_root}")
}
//-----------------------------------------------------------------------
// Generate the dispatch job that will trigger the chain of package
// build jobs.
pipelineJob("${suite_name}/_${this.dispatch_script.tokenize(".")[0]}") {
// At trigger-time, allow for setting manifest culling behavior.
parameters {
booleanParam("cull_manifest",
true,
"Whether or not package recipes that would generate a " +
"package file name that already exists in the manfest's" +
" channel archive are removed from the build list.")
textParam("supp_env_vars",
"",
"List of supplemental environment variables to define " +
"in the build envioronment.")
}
logRotator {
numToKeep(this.num_builds_to_keep)
}
println("\n" +
"script: ${this.dispatch_script}\n" +
"MANIFEST_FILE: ${manifest_file}\n" +
"LABEL: ${label}\n" +
"PY_VERSION: ${py_version}\n" +
"NUMPY_VERSION: ${numpy_version}\n" +
"BUILD_CONTROL_REPO: ${build_control_repo}\n" +
"BUILD_CONTROL_GIT_REF: ${build_control_git_ref}\n" +
"CONDA_INSTALLER_VERSION: ${conda_installer_version}\n" +
"CONDA_VERSION: ${conda_version}\n" +
"CONDA_BUILD_VERSION: ${conda_build_version}\n" +
"CONDA_BASE_URL: ${conda_base_URL}\n" +
"UTILS_REPO: ${utils_repo}\n" +
"UTILS_REPO_GIT_REF: ${utils_repo_git_ref}\n")
environmentVariables {
env("JOB_DEF_GENERATION_TIME", job_def_generation_time)
env("SCRIPT", this.dispatch_script)
env("MANIFEST_FILE", manifest_file)
env("MANIFEST_DATA", this.manifest_data)
env("LABEL", label)
env("PY_VERSION", py_version)
env("NUMPY_VERSION", numpy_version)
env("BUILD_CONTROL_REPO", build_control_repo)
env("BUILD_CONTROL_GIT_REF", build_control_git_ref)
env("CONDA_INSTALLER_VERSION", conda_installer_version)
env("CONDA_VERSION", conda_version)
env("CONDA_BUILD_VERSION", conda_build_version)
env("CONDA_BASE_URL", conda_base_URL)
env("UTILS_REPO", utils_repo)
env("UTILS_REPO_GIT_REF", utils_repo_git_ref)
}
definition {
cps {
script(readFileFromWorkspace("jenkins/${this.dispatch_script}"))
sandbox()
}
}
}
//-----------------------------------------------------------------------
// Generate the series of actual package building jobs.
for(pkg in config.packages) {
pipelineJob("${suite_name}/${pkg}") {
environmentVariables {
env("JOB_DEF_GENERATION_TIME", job_def_generation_time)
env("CONDA_BUILD_VERSION", conda_build_version)
}
logRotator {
numToKeep(this.num_builds_to_keep)
}
parameters {
stringParam("label",
"label-DEFAULTVALUE",
"The node on which to run.")
stringParam("build_control_repo",
"build_control_repo-DEFAULTVALUE",
"Repository containing the build system scripts.")
stringParam("build_control_git_ref",
"build_control_git_ref-DEFAULTVALUE",
"Git ref to use to obtain the build system scripts.")
stringParam("py_version",
"py_version-DEFAULTVALUE",
"python version to use")
stringParam("numpy_version",
"numpy_version-DEFAULTVALUE",
"Version of numpy to use")
stringParam("parent_workspace",
"parent_workspace-DEFAULTVALUE",
"The workspace dir of the dispatch job")
stringParam("manifest_file",
"manifest_file-DEFAULTVALUE",
"Manifest (release) file to use for the build.")
stringParam("cull_manifest",
"false",
"Was the manifest culled as part of dispatch?")
stringParam("channel_URL",
"channel_URL-DEFAULTVALUE",
"Publication channel used for culled builds.")
stringParam("use_version_pins",
"false",
"Whether or not to use global version pins.")
textParam("supp_env_vars",
"",
"List of supplemental environment variables to define " +
"in the build environment.")
}
definition {
cps {
script(readFileFromWorkspace("jenkins/package_builder.groovy"))
sandbox()
}
}
} // end pipelineJob
} //end for(pkg...
} //end for(numpy_version
} // end for(py_version
} // end for(label
//-----------------------------------------------------------------------
// Create trigger job for the manifest being processed.
platforms_param = this.platforms[0]
if (this.platforms.size() > 1) {
for (platform in this.platforms[1..-1]) {
platforms_param = "${platforms_param}\n${platform}"
}
}
println("Platforms:\n${platforms}")
println("trigger_schedule = ${trigger_schedule}")
pipelineJob("trigger_${manifest_basename}") {
parameters {
textParam("platforms",
platforms_param,
"The list of platforms which will be triggered by this job.")
stringParam("abs_jobs_folder",
"AstroConda",
"Absolute (Jenkins) path to the folder containing jobs to trigger.")
booleanParam("cull_manifest",
true,
"Whether or not package recipes that would generate a " +
"package file name that already exists in the manfest's" +
" channel archive are removed from the build list.")
textParam("mail_recipients",
this.mail_recipients,
"Whom to pester.")
}
logRotator {
numToKeep(this.num_builds_to_keep)
}
if (trigger_schedule) {
def cronstring = trigger_schedule[0]
if (trigger_schedule.size() > 1) {
for (cronline in trigger_schedule[1..-1]) {
cronstring = "${cronstring}\n${cronline}"
}
}
triggers {
cron(cronstring)
}
}
definition {
cps {
script(readFileFromWorkspace("jenkins/${this.trigger_script}"))
sandbox()
}
}
}
|
