def put_config_file(ctx, filepath, considered_files):
if filepath in considered_files:
return
project_dir = ctx.options['project_dir']
dst = filepath.parent.relative_to(project_dir)
if filepath.is_symlink() and not ctx.options['resolve_symlinks']:
if locates_in(filepath, project_dir):
ctx.storage.put_file(filepath, dst, namespace='config', follow_symlinks=False)
considered_files.add(filepath)
filepath = filepath.resolve()
if filepath in considered_files:
return
if locates_in(filepath, project_dir):
ctx.storage.put_file(filepath, dst, namespace='config')
considered_files.add(filepath)
def put_config_file(ctx, filepath, considered_files):
if filepath in considered_files:
return
project_dir = ctx.options["project_dir"]
dst = filepath.parent.relative_to(project_dir)
if filepath.is_symlink() and not ctx.options["resolve_symlinks"]:
if locates_in(filepath, project_dir):
ctx.storage.put_file(
filepath, dst, namespace="config", follow_symlinks=False
)
considered_files.add(filepath)
filepath = filepath.resolve()
if filepath in considered_files:
return
if locates_in(filepath, project_dir):
ctx.storage.put_file(filepath, dst, namespace="config")
considered_files.add(filepath)
def store_services_volumes(ctx, mounted_paths):
for service in ctx.project.services:
if service.name not in ctx.options['services']:
continue
internal_volumes = PathSet()
considered_paths = PathSet()
# figure out what should be saved
for volume in service.options.get('volumes', ()):
if volume.external in ctx.project.volumes.volumes:
pass
elif volume.external is None:
internal_volumes.add(volume.internal)
elif locates_in(volume.external, ctx.options['project_dir']):
mounted_paths.add(volume.external)
considered_paths.add(volume.internal)
# collect extra volumes from service image
try:
image = service.image()
except NoSuchImageError as e:
log.critical('%s: %s' % (service.name, e))
else:
image_volumes = image.get('Config', {})['Volumes'] or ()
for volume in image_volumes:
if volume not in considered_paths: # not if encountered before
internal_volumes.add(volume)
if 'volumes' in ctx.options['scopes']:
index = ctx.manifest['volumes']['services'][service.name] = {}
container = get_container_for_service(service)
if container is None:
log.critical('No container for service %s found.' %
service.name)
continue
for path in internal_volumes:
archive_name = hash_string(service.name.upper() +
path) + '.tar'
bits, stat = ctx.project.client.get_archive(container.id, path)
if hasattr(
bits, 'stream'
): # TODO: obsolete with docker-compose>1.19.0 (e.g. docker-py>=3.0.0)
bits = bits.stream
ctx.storage.write_file(bits,
archive_name,
namespace='volumes/services')
index[path] = archive_name
def store_services_volumes(ctx, mounted_paths):
for service in ctx.project.services:
if service.name not in ctx.options['services']:
continue
internal_volumes = PathSet()
considered_paths = PathSet()
# figure out what should be saved
for volume in service.options.get('volumes', ()):
if volume.external in ctx.project.volumes.volumes:
pass
elif volume.external is None:
internal_volumes.add(volume.internal)
elif locates_in(volume.external, ctx.options['project_dir']):
mounted_paths.add(volume.external)
considered_paths.add(volume.internal)
# collect extra volumes from service image
try:
image = service.image()
except NoSuchImageError as e:
log.critical('%s: %s' % (service.name, e))
else:
image_volumes = image.get('Config', {})['Volumes'] or ()
for volume in image_volumes:
if volume not in considered_paths: # not if encountered before
internal_volumes.add(volume)
if 'volumes' in ctx.options['scopes']:
index = ctx.manifest['volumes']['services'][service.name] = {}
container = get_container_for_service(service)
if container is None:
log.critical('No container for service %s found.' % service.name)
continue
for path in internal_volumes:
archive_name = hash_string(service.name.upper() + path) + '.tar'
response, stat = ctx.project.client.get_archive(container.id, path)
ctx.storage.write_file(response.stream, archive_name, namespace='volumes/services')
index[path] = archive_name
