def __init__(self, job, job_name, server_level, downstream_job=None):
if server_level == 0:
assert downstream_job is None
else:
assert downstream_job is not None
self.job = job
self.downstream_job = downstream_job
self.master = None
self.server_level = server_level
Server.num_servers.setdefault(job_name, 0)
Server.num_servers[job_name] += 1
self.server_id = '%s:%d' % (job_name, Server.num_servers[job_name])
self.state = ServerStateWrapper(self)
# Kick off the pseudo-thread to do discovery and get resource
# capacity.
scheduler.add_thread(self, 0)
def __init__(self, job, job_name, server_level, downstream_job=None):
if server_level == 0:
assert downstream_job is None
else:
assert downstream_job is not None
self.job = job
self.downstream_job = downstream_job
self.master = None
self.server_level = server_level
Server.num_servers.setdefault(job_name, 0)
Server.num_servers[job_name] += 1
self.server_id = '%s:%d' % (job_name, Server.num_servers[job_name])
self.state = ServerStateWrapper(self)
# Kick off the pseudo-thread to do discovery and get resource
# capacity.
scheduler.add_thread(self, 0)
def __init__(self, name, downstream_job):
# Keeps a reference to the server job.
self.downstream_job = downstream_job
# We don't yet know who the master is.
self.master = None
# Creates a client state object to maintain resource state.
self.state = ClientState()
# Figures out the unique client id for this client and stores
# it in the state.
Client.num_clients.setdefault(name, 0)
Client.num_clients[name] += 1
self.state.client_id = '%s:%d' % (name, Client.num_clients[name])
# Append this client to the list of all clients (used by the reporter).
Client.all_clients_list.append(self)
assert self.state.IsInitialized()
# Kicks off the pseudo-thread that does discovery and getting capacity.
scheduler.add_thread(self, 0)
