def remove(self):
term.print_step('removing container {!r} ({})...'.format(
self.name, self.id))
try:
self._docker_client.remove_container(self._docker_container_info)
except docker.errors.APIError as error:
term.print_error("couldn't remove container {!r} ({})".format(
self.name, self.id), str(error))
def push(self, registry, allow_insecure=False):
remote_image_name = '{}/{}'.format(registry, self.name)
self._docker_client.tag(self.name, remote_image_name)
term.print_step('pushing image {}...'.format(remote_image_name))
stream = self._docker_client.push(
remote_image_name,
insecure_registry=allow_insecure,
stream=True)
consume_stream(stream)
self._docker_client.remove_image(remote_image_name)
def _display_logs(self, attached, log_queue, term):
current_container = None, None
while attached:
container, line = log_queue.get(timeout=60 * 60)
if line is END_OF_STREAM:
attached.remove(container)
term.print_warning('{}: detached'.format(container))
else:
if container != current_container:
current_container = container
term.print_step(container)
term.print_line(line.strip())
term.print_warning('All containers detached')
def start(self, group=None):
term.print_step('starting container {!r} ({})...'.format(
self.name, self.id))
volume_bindings = self._format_volume_bindings(
self._get_group_modified_dict_attribute(group, 'volume_bindings'))
self._docker_client.start(
self._docker_container_info,
binds=volume_bindings,
links={
container.name: alias for container, alias in
self.dependencies.items()},
port_bindings=self.port_bindings,
privileged=self.privileged,
network_mode=self.net)
def create(self, group=None):
if self.created:
term.print_step('{!r} is already created ({})'.format(
self.name, self.id))
else:
term.print_step('creating container {!r}...'.format(self.name))
environment = self._get_group_modified_dict_attribute(
group, 'environment')
environment = self._update_env_from_local_env(environment)
self._docker_container_info = self._docker_client.create_container(
self.image.name,
name=self.name,
environment=environment,
ports=list(self.port_bindings.keys()))
term.print_line('({})'.format(self.id))
def pull(self, registry=None, allow_insecure=False):
if registry:
remote_image_name = '{}/{}'.format(registry, self.name)
else:
remote_image_name = self.name
term.print_step('pulling image {}...'.format(remote_image_name))
stream = self._docker_client.pull(
remote_image_name,
insecure_registry=allow_insecure,
stream=True)
consume_stream(stream)
if remote_image_name != self.name:
self._docker_client.tag(remote_image_name, self.name, force=True)
self._docker_client.remove_image(remote_image_name)
def status(self):
if self.created:
status = self._docker_container_info['Status']
status_string = '{!r} ({}): {}'.format(
self.name, self.id, status)
if status.startswith('Up'):
term.print_step(status_string)
else:
term.print_warning(status_string)
for port in self._docker_container_info['Ports']:
if 'IP' in port:
term.print_line('{} {} [{}=>{}]'.format(
port['Type'],
port['IP'],
port['PrivatePort'],
port['PublicPort']))
else:
term.print_line('{} [{}]'.format(
port['Type'],
port['PrivatePort']))
else:
term.print_step("container {!r} isn't created".format(self.name))
def build(self):
term.print_step('building image {!r}...'.format(self.name))
stream = self._docker_client.build(
self.path, tag=self.name, rm=True, forcerm=True)
consume_stream(stream)
def stop(self):
term.print_step('stopping container {!r} ({})...'.format(
self.name, self.id))
# timeout must be smaller than our client's socket read timeout:
self._docker_client.stop(self._docker_container_info, timeout=8)
