def execute(chain, opts):
"""Execute chain.
Create new Image with given options and apply chain of
operations to it. The opts input must be a dictionary.
"""
from image import Image
import mylogger
if 'quiet' in opts:
quiet = opts['quiet']
else:
quiet = False
if 'debug' in opts:
debug = opts['debug']
else:
debug = False
log_filename = opts["filename"] + '.pybdsf.log'
mylogger.init_logger(log_filename, quiet=quiet, debug=debug)
mylog = mylogger.logging.getLogger("PyBDSF.Init")
mylog.info("Processing "+opts["filename"])
try:
img = Image(opts)
img.log = log_filename
_run_op_list(img, chain)
return img
except RuntimeError, err:
# Catch and log, then re-raise if needed (e.g., for AstroWise)
mylog.error(str(err))
raise
def execute(chain, opts):
"""Execute chain.
Create new Image with given options and apply chain of
operations to it. The opts input must be a dictionary.
"""
from image import Image
import mylogger
if 'quiet' in opts:
quiet = opts['quiet']
else:
quiet = False
if 'debug' in opts:
debug = opts['debug']
else:
debug = False
log_filename = opts["filename"] + '.pybdsm.log'
mylogger.init_logger(log_filename, quiet=quiet, debug=debug)
mylog = mylogger.logging.getLogger("PyBDSM.Init")
mylog.info("Processing "+opts["filename"])
try:
img = Image(opts)
img.log = log_filename
_run_op_list(img, chain)
return img
except RuntimeError, err:
# Catch and log, then re-raise if needed (e.g., for AstroWise)
mylog.error(str(err))
raise
def process(img, **kwargs):
"""Find and measure sources in an image.
This function is used by process_image in __init__.py and by process_image
in pybdsm.py. It is also used as a method of the Image object in image.py
to allow reprocessing of existing Image objects with the command
img.process().
Any options given as keyword arguments will override existing ones stored
in img.opts.
"""
from . import default_chain, _run_op_list
from image import Image
import mylogger
# Start up logger. We need to initialize it each time process() is
# called, in case the quiet or debug options have changed
log = img.opts.filename + '.pybdsm.log'
img.log = ''
mylogger.init_logger(log, quiet=img.opts.quiet,
debug=img.opts.debug)
add_break_to_logfile(log)
mylog = mylogger.logging.getLogger("PyBDSM.Process")
mylog.info("Processing "+img.opts.filename)
try:
# set options if given
if len(kwargs) > 0:
set_pars(img, **kwargs)
except RuntimeError, err:
# Catch and log error
mylog.error(str(err))
# Re-throw error if the user is not in the interactive shell
if img._is_interactive_shell:
return False
else:
raise
def process(img, **kwargs):
"""Find and measure sources in an image.
This function is used by process_image in __init__.py and by process_image
in pybdsm.py. It is also used as a method of the Image object in image.py
to allow reprocessing of existing Image objects with the command
img.process().
Any options given as keyword arguments will override existing ones stored
in img.opts.
"""
from . import default_chain, _run_op_list
from image import Image
import mylogger
# Start up logger. We need to initialize it each time process() is
# called, in case the quiet or debug options have changed
log = img.opts.filename + '.pybdsm.log'
img.log = ''
mylogger.init_logger(log, quiet=img.opts.quiet, debug=img.opts.debug)
add_break_to_logfile(log)
mylog = mylogger.logging.getLogger("PyBDSM.Process")
mylog.info("Processing " + img.opts.filename)
try:
# set options if given
if len(kwargs) > 0:
set_pars(img, **kwargs)
except RuntimeError, err:
# Catch and log error
mylog.error(str(err))
# Re-throw error if the user is not in the interactive shell
if img._is_interactive_shell:
return False
else:
raise
class Session(object):
"""Primary data container for mpip.
"""
mylogger.init_logger("mpip.log")
mylog = mylogger.logging.getLogger("mpip.session")
opts = Instance(Opts, doc="User options")
basedir = String('DUMMY', doc="Base directory for output files")
_is_interactive_shell = Bool(
False, doc="MPIP is being used in the interactive shell")
_current_cmd = None
_cluster_status = None
_cluster_client = None
_obs_name = None
_ipshell = None
def __init__(self, opts):
self.opts = Opts(opts)
self.extraparams = {}
def set_status(self, status, obs_name=None):
"""Set cluster status and possibly obs_name and prompt"""
self._cluster_status = status
if obs_name != None: self._obs_name = obs_name
# change prompt
if obs_name == None:
self._ipshell.prompt_manager.in_template = "MPIP [\#]: "
else:
self._ipshell.prompt_manager.in_template = "MPIP (" + obs_name + ") [\#]: "
def save_status(self):
"""Save/update the _cluster_status in a pickle file.
The file is a dict:
{obsname1: _cluster_status, obsname2: _cluster_status}
"""
home = os.path.expanduser("~")
pstatus = {}
if os.path.isfile(home + '/.cluster_status.mpip'):
pkl_file = open(home + '/.cluster_status.mpip', 'rb')
pstatus = pickle.load(pkl_file)
pkl_file.close()
pstatus[self._obs_name] = self._cluster_status
pkl_file = open(home + '/.cluster_status.mpip', 'wb')
pickle.dump(pstatus, pkl_file)
pkl_file.close()
def get_status(self):
"""Get cluster status"""
return self._cluster_status
def set_client(self):
"""Set current cluster client"""
from IPython.parallel import Client
try:
self._cluster_client = Client(profile='ssh')
mylogger.userinfo(self.mylog, "Connected to a cluster.")
return True
except:
return False
def get_client(self):
"""Get current cluster client"""
return self._cluster_client
def set_current_cmd(self, current_cmd):
"""Set session current command"""
self._current_cmd = current_cmd
def get_current_cmd(self):
"""Get session current command"""
return self._current_cmd
def list_pars(self):
"""List parameter values."""
import interface
interface.list_pars(self)
def getSBids(self, SB=''):
"""Return a list of al msg_id of jobs that are running on
a given SB
"""
if SB == '': return []
SBids = []
query = self.get_client().db_query({'completed': None},
['buffers', 'msg_id'])
for q in query:
# unpack the buffer of the job to obtain the SB number
null, com, args = unpack_apply_message(q['buffers'])
if args['SB'] == SB:
SBids.append(q['msg_id'])
return SBids
def get_avail_nodes(self, maxused=95, maxSB=10):
"""
Return a list of usable nodes.
"""
s = self.get_status()
nodes = []
for node in s:
if s[node]['df'] <= maxused and len(s[node]['sb']) < maxSB:
nodes.append(node)
return nodes
def get_avail_SBs(self):
"""
Return a list of available SBs.
"""
s = self.get_status()
SBs = []
for node in s:
nodeSBs = s[node]['sb']
for SB in nodeSBs:
SBs.append(SB)
return SBs
def find_node_from_SB(self, targetSB):
"""Find the node which has a particular SB
"""
s = self.get_status()
for node in s:
for SB in s[node]['sb']:
if SB == targetSB:
return node
return None
def run_dist_com_all(self,
task,
wdir,
command,
SBs=[],
nodes='',
group=False):
"""Run a run_dist_com on all nodes and all SBs unless specified a restriction.
If no restriction are specified, run the command for each node and each SB.
"""
s = self.get_status()
if s == None:
self.mylog.error("Not connected to a cluster.")
return False
njobs = 0
for node in s:
# shall we proceed with this node?
if (node in nodes or nodes == ''):
if group:
nodeSBs = s[node]['group']
else:
nodeSBs = s[node]['sb']
for SB in nodeSBs:
# shall we proceed with this SB?
if (int(SB) in SBs or SBs == []):
rcommand = command.replace('$SB', SB)
rwdir = wdir.replace('$SB', SB)
# for groups rename the variable
if group: SB = 'g' + SB
self.run_dist_com(task, rwdir, rcommand, SB, node)
njobs += 1
mylogger.userinfo(self.mylog, "Launched " + str(njobs) + " jobs.")
def run_dist_com(self, task, wdir, command, SB='', node=''):
""" Run a distributed command using information on the _cluster_status.
The node parameter is required, the SB not (used only for job identification
and to schedule a job after already submitted jobs on that SB are done).
"""
s = self.get_status()
if s == None:
self.mylog.error("Not connected to a cluster.")
return False
if node == '':
self.mylog.error("Node parameter required to run a command.")
return False
# define the function called by engines
@interactive
def f(c, node='', SB='', task='', wdir=''):
import os, subprocess
if wdir != '' and os.path.isdir(wdir): os.chdir(wdir)
s = subprocess.Popen(c, shell=True,\
stdout=subprocess.PIPE, stderr=subprocess.PIPE)
s.wait()
(out, err) = s.communicate()
return {'node':node, 'SB':SB, 'task':task, 'command':c, \
'out':out, 'err':err}
mylogger.userinfo(
self.mylog, "Launching on node: " + node + " (SB: " + SB +
", wdir:" + wdir + ")\n" + command)
try:
scheduler = self.get_client().load_balanced_view(s[node]['e'])
# Exec a job on a SB only if previous jobs on that
# SB are finished and finished without errors
time.sleep(0.1) # TODO: check if this minimize the buffer problem
after_ids = self.getSBids(SB)
with scheduler.temp_flags(after=after_ids, retries=3):
scheduler.apply_async(f,
command,
node=node,
SB=SB,
task=task,
wdir=wdir)
except Exception, e:
self.mylog.exception("Cannot launch the command: " + command + \
"(Task: " + task + " - SB: " + SB + " - Node: " + node + ")")
return True
#!/usr/bin/env python3
# using it to find rockpis ip
import socket
import json
import sys
import mylogger as log
from functools import wraps
PORT = 37020
logger = log.init_logger() # __name__, testing_mode=True)
def decorate_broadcast(func):
@wraps(func)
def wrapper(a):
address = func(a)
logger.debug("Broadcast: " + address)
return address
return wrapper
@decorate_broadcast
def set_broadcast_address(arg):
"""set broadcast address
:param arg: 'dev' or any other
