from doozerlib import build_status_detector as bs_detector
from doozerlib.cli import cli, pass_runtime
from doozerlib.exceptions import DoozerFatalError
from doozerlib.util import green_print
@click.group(
"detect-embargo",
short_help=
"Check whether one or more images, RPMs, or release payloads have embargoed fixes."
)
def detect_embargo():
pass
cli.add_command(detect_embargo)
@detect_embargo.command("nvr",
short_help="Detect embargoed fixes in given builds")
@click.option("--yaml",
"as_yaml",
is_flag=True,
help="Print out the result as YAML format.")
@click.option("--json",
"as_json",
is_flag=True,
help="Print out the result as JSON format.")
@click.argument("nvrs", metavar="NVRS...", nargs=-1, required=True)
@pass_runtime
def detect_in_nvr(runtime: Runtime, nvrs, as_yaml, as_json):
f"could not determine RHCOS status for {name}: {ex}")
return statuses
def _tagged_mosc_id(kubeconfig, version, arch, private) -> str:
"""determine what the most recently tagged machine-os-content is in given imagestream"""
base_name = rgp.default_is_base_name(version)
base_namespace = rgp.default_is_base_namespace()
name, namespace = rgp.is_name_and_space(base_name, base_namespace, arch,
private)
stdout, _ = exectools.cmd_assert(
f"oc --kubeconfig '{kubeconfig}' --namespace '{namespace}' get istag '{name}:machine-os-content'"
" --template '{{.image.dockerImageMetadata.Config.Labels.version}}'",
retries=3,
pollrate=5,
strip=True,
)
return stdout if stdout else None
def _latest_rhcos_build_id(version, arch, private) -> str:
"""wrapper to return None if anything goes wrong, which will be taken as no change"""
try:
return rhcos.latest_rhcos_build_id(version, arch, private)
except Exception:
return None
cli.add_command(config_scan_source_changes)