def __init__(self, ctx, cache_namespace, args, descriptor_files):
super(RuntimeBase, self).__init__(ctx)
self._cache_namespace = cache_namespace
if args.entrypoint:
args.entrypoint = args.entrypoint.split(" ")
if args.sh_c_prefix:
args.entrypoint = ['bash', '-c', " ".join(args.entrypoint)]
if args.exposed_ports:
args.exposed_ports = args.exposed_ports.split(",")
args.cache_key_version = "%s %s" % (args.cache_key_version,
args.cache_salt)
self._args = args
self._base_name = docker_name.Tag(self._args.base, strict=False)
self._base_creds = docker_creds.DefaultKeychain.Resolve(
self._base_name)
self._target_image = docker_name.Tag(self._args.name, strict=False)
self._target_creds = docker_creds.DefaultKeychain.Resolve(
self._target_image)
self._transport = transport_pool.Http(
httplib2.Http, size=constants.THREADS)
if args.tar_base_image_path:
self._base_image = docker_image.FromTarball(
args.tar_base_image_path)
else:
self._base_image = docker_image.FromRegistry(
self._base_name, self._base_creds, self._transport)
self._base_image.__enter__()
cache_repo = args.cache_repository
if not cache_repo:
cache_repo = self._target_image.as_repository()
if args.ttl:
ttl = args.ttl
else:
ttl = ftl_util.get_ttl(descriptor_files, ctx)
self._cache = cache.Registry(
repo=cache_repo,
namespace=self._cache_namespace,
creds=self._target_creds,
transport=self._transport,
ttl=ttl,
threads=constants.THREADS,
mount=[self._base_name],
use_global=args.global_cache,
should_cache=args.cache,
should_upload=args.upload)
self._descriptor_files = descriptor_files
def main(args):
args = parser.parse_args(args)
logging.getLogger().setLevel(_LEVEL_MAP[args.verbosity])
logging.basicConfig(
format='%(asctime)s.%(msecs)03d %(levelname)-8s %(message)s',
datefmt='%Y-%m-%d,%H:%M:%S')
transport = transport_pool.Http(httplib2.Http, size=_THREADS)
# TODO(mattmoor): Support digest base images.
base_name = docker_name.Tag(args.base)
base_creds = docker_creds.DefaultKeychain.Resolve(base_name)
target_image = docker_name.Tag(args.name)
target_creds = docker_creds.DefaultKeychain.Resolve(target_image)
ctx = context.Workspace(args.directory)
cash = cache.Registry(target_image.as_repository(),
target_creds,
transport,
threads=_THREADS,
mount=[base_name])
bldr = builder.From(ctx)
with docker_image.FromRegistry(base_name, base_creds,
transport) as base_image:
# Create (or pull from cache) the base image with the
# package descriptor installation overlaid.
logging.info('Generating dependency layer...')
with bldr.CreatePackageBase(base_image, cash, args.cache) as deps:
# Construct the application layer from the context.
logging.info('Generating app layer...')
app_layer, diff_id = bldr.BuildAppLayer()
with append.Layer(deps, app_layer, diff_id=diff_id) as app_image:
if args.output_path:
with tarfile.open(name=args.output_path, mode='w') as tar:
save.tarball(target_image, app_image, tar)
logging.info("{0} tarball located at {1}".format(
str(target_image), args.output_path))
return
with docker_session.Push(target_image,
target_creds,
transport,
threads=_THREADS,
mount=[base_name]) as session:
logging.info('Pushing final image...')
session.upload(app_image)
def __init__(self, ctx, namespace, args, cache_version_str,
descriptor_files):
super(RuntimeBase, self).__init__(ctx)
self._namespace = namespace
if args.entrypoint:
args.entrypoint = args.entrypoint.split(" ")
if args.exposed_ports:
args.exposed_ports = args.exposed_ports.split(",")
self._args = args
self._base_name = docker_name.Tag(self._args.base, strict=False)
self._base_creds = docker_creds.DefaultKeychain.Resolve(
self._base_name)
self._target_image = docker_name.Tag(self._args.name, strict=False)
self._target_creds = docker_creds.DefaultKeychain.Resolve(
self._target_image)
self._transport = transport_pool.Http(httplib2.Http, size=_THREADS)
if args.tar_base_image_path:
self._base_image = docker_image.FromTarball(
args.tar_base_image_path)
else:
self._base_image = docker_image.FromRegistry(
self._base_name, self._base_creds, self._transport)
self._base_image.__enter__()
cache_repo = args.cache_repository
if not cache_repo:
cache_repo = self._target_image.as_repository()
self._cache = cache.Registry(repo=cache_repo,
namespace=self._namespace,
base_image=self._base_image,
creds=self._target_creds,
transport=self._transport,
cache_version=cache_version_str,
threads=_THREADS,
mount=[self._base_name],
use_global=args.global_cache,
should_cache=args.cache,
should_upload=args.upload)
self._descriptor_files = descriptor_files
def main(args):
args = parser.parse_args(args)
logging.getLogger().setLevel(_LEVEL_MAP[args.verbosity])
transport = transport_pool.Http(httplib2.Http, size=_THREADS)
# TODO(mattmoor): Support digest base images.
base_name = docker_name.Tag(args.base)
base_creds = docker_creds.DefaultKeychain.Resolve(base_name)
target_image = docker_name.Tag(args.name)
target_creds = docker_creds.DefaultKeychain.Resolve(target_image)
ctx = context.Workspace(args.directory)
cash = cache.Registry(target_image.as_repository(),
target_creds,
transport,
threads=_THREADS,
mount=[base_name])
bldr = builder.From(ctx)
with docker_image.FromRegistry(base_name, base_creds,
transport) as base_image:
# Create (or pull from cache) the base image with the
# package descriptor installation overlaid.
logging.info('Generating dependency layer...')
with bldr.CreatePackageBase(base_image, cash) as deps:
# Construct the application layer from the context.
logging.info('Generating app layer...')
app_layer, diff_id = bldr.BuildAppLayer()
with append.Layer(deps, app_layer, diff_id=diff_id) as app_image:
with docker_session.Push(target_image,
target_creds,
transport,
threads=_THREADS,
mount=[base_name]) as session:
logging.info('Pushing final image...')
session.upload(app_image)