def __remove(self,
state,
containers=[],
force=False,
time=docker.DOCKER_STOP_TIME):
logger.debug("REMOVE %s" % containers)
ops = []
for container in containers:
if container in state:
if state[container].running:
if not force:
logger.error(
"'%s' is running and 'force' was not specified." %
container)
else:
op = docker.stop(container, time=time) \
.then(defer(docker.remove, container=container)) \
.then(dinfo("'%s' has been stopped and removed." % container)) \
.then(defer(self.clearPid, container=container))
ops.append(op)
else:
ops.append(
docker.remove(container).bind(
dinfo("'%s' has been removed." % container)))
return Try.sequence(ops)
def __stop(self, state, containers=[], time=docker.DOCKER_STOP_TIME):
ops = []
for container in containers:
if container not in state:
logger.warn("Container '%s' does not exist." % container)
else:
if state[container].running:
op = docker.stop(container, time) \
.then(dinfo("'%s' has been stopped." % container)) \
.then(defer(self.clearPid, container=container))
else:
logger.warn("'%s' is not running." % container)
return Try.sequence(ops)
def __restart(self, state, containers=[], time=docker.DOCKER_STOP_TIME):
ops = []
for container in containers:
if container not in state:
logger.error("'%s' does not exist." % container)
else:
if state[container].running:
op = docker.stop(container, time=time) \
.then(defer(docker.start, container=container)) \
.then(dinfo("'%s' has been restarted." % container)) \
.then(defer(self.writePid, container=container))
ops.append(op)
else:
ops.append(docker.start(container)
.then(dinfo("'%s' has been started." % container))) \
.then(defer(self.writePid, container=container))
return Try.sequence(ops)