def remote_init(self):
"""Initialize things related to the remote communication and back-end daemons."""
self.comm = CommunicatorFE(True) # Initialize with locking.
# One of {pid} and {launcher, launcher_args} will not be none, based
# upon the command line input parsing.
ret = self.comm.init_lmon(self.lmon_attach,
pid=self.lmon_pid,
launcher=self.lmon_launcher,
launcher_args=self.lmon_launcher_argv,
host=self.lmon_host)
if not ret:
# Terminate. Note at this point main is still waiting on the remote_up event,
# so we have to set it.
self.remote_up.set()
self.interrupt_main()
return False
ret = self.comm.init_mrnet(local=self.local_launch)
if not ret:
# Terminate. See prior comment about remote_up.
self.remote_up.set()
self.interrupt_main()
return False
self.varobjs = {}
for rank in self.comm.get_mpiranks():
self.varobjs[rank] = VariableObjectManager()
self.init_handlers()
self.pprinter = GDBMIPrettyPrinter()
self.sleep_time = 0.1
self.blocks = []
try:
self.blocks += gdbconf.default_blocks
except AttributeError:
pass
# Initialize the SBD system if needed.
if gdbconf.use_sbd:
self.sbd = SBDFE(self.comm)
else:
self.sbd = None
return True
