def get_nodes_dict():
"""Get the pbs_nodes equivalent info as dict"""
query = get_query()
node_states = query.getnodes([])
for name, full_state in node_states.items():
# just add states
states = full_state[ATTR_STATE]
if ND_free in states and ATTR_JOBS in full_state:
_log.debug('Added free_and_job node %s' % (name))
states.insert(0, ND_free_and_job)
if ND_free in states and ATTR_JOBS not in full_state:
_log.debug('Append idle node %s' % (name))
states.append(ND_idle) # append it, not insert
if ND_offline in states and ATTR_JOBS not in full_state:
_log.debug('Append idle node %s' % (name))
states.append(ND_idle)
if ATTR_ERROR in full_state:
_log.debug('Added error node %s' % (name))
states.insert(0, ND_error)
if ND_down in states and ATTR_ERROR in full_state:
_log.debug('Added down_on_error node %s' % (name))
states.insert(0, ND_down_on_error)
# extend the node dict with derived dict (for convenience)
derived = {}
if ATTR_JOBS in full_state:
jobs = full_state.get_jobs()
if not all(JOBID_REG.search(x.strip()) for x in jobs):
_log.debug('Added bad node %s for jobs %s' % (name, jobs))
states.insert(0, ND_bad)
derived[ATTR_JOBS] = jobs
derived[ATTR_STATES] = [str(x) for x in states]
make_state_map(derived)
if ATTR_NP in full_state:
derived[ATTR_NP] = int(full_state[ATTR_NP][0])
if ATTR_STATUS in full_state:
status = full_state[ATTR_STATUS]
for prop in ['physmem', 'totmem', 'size']:
if prop not in status:
continue
val = status.get(prop)[0]
if prop in ('size',):
# 'size': ['539214180kb:539416640kb']
# - use 2nd field
val = val.split(':')[1]
derived[prop] = str2byte(val)
full_state['derived'] = derived
_log.debug("node %s derived data %s " % (name, derived))
return node_states
def get_nodes_dict():
"""Get the pbs_nodes equivalent info as dict"""
query = get_query()
node_states = query.getnodes([])
for name, full_state in node_states.items():
# just add states
states = full_state[ATTR_STATE]
if ND_free in states and ATTR_JOBS in full_state:
_log.debug('Added free_and_job node %s' % (name))
states.insert(0, ND_free_and_job)
if ND_free in states and ATTR_JOBS not in full_state:
_log.debug('Append idle node %s' % (name))
states.append(ND_idle) # append it, not insert
if ND_offline in states and ATTR_JOBS not in full_state:
_log.debug('Append idle node %s' % (name))
states.append(ND_idle)
if ATTR_ERROR in full_state:
_log.debug('Added error node %s' % (name))
states.insert(0, ND_error)
if ND_down in states and ATTR_ERROR in full_state:
_log.debug('Added down_on_error node %s' % (name))
states.insert(0, ND_down_on_error)
# extend the node dict with derived dict (for convenience)
derived = {}
if ATTR_JOBS in full_state:
jobs = full_state.get_jobs()
if not all(JOBID_REG.search(x.strip()) for x in jobs):
_log.debug('Added bad node %s for jobs %s' % (name, jobs))
states.insert(0, ND_bad)
derived[ATTR_JOBS] = jobs
derived[ATTR_STATES] = [str(x) for x in states]
make_state_map(derived)
if ATTR_NP in full_state:
derived[ATTR_NP] = int(full_state[ATTR_NP][0])
if ATTR_STATUS in full_state:
status = full_state[ATTR_STATUS]
for prop in ['physmem', 'totmem', 'size']:
if prop not in status:
continue
val = status.get(prop)[0]
if prop in ('size', ):
# 'size': ['539214180kb:539416640kb']
# - use 2nd field
val = val.split(':')[1]
derived[prop] = str2byte(val)
full_state['derived'] = derived
_log.debug("node %s derived data %s " % (name, derived))
return node_states
def get_jobs(attrs=None):
"""
Get the jobs
attrs is an optional list of PBS ATTR_ attribute names
default is None, which uses a predefined set of attributes, i.e. not all
if attrs is string 'ALL', gather all attributes
"""
query = get_query()
attrib_list = None
if isinstance(attrs, basestring) and attrs == 'ALL':
attrs = None
elif attrs is None:
attrs = DEFAULT_ATTRS
if attrs is not None:
attrib_list = filter(None, [getattr(pbs, 'ATTR_'+x, None) for x in attrs])
jobs = query.getjobs(attrib_list=attrib_list)
return jobs
def get_jobs():
"""Get the jobs"""
query = get_query()
jobs = query.getjobs()
return jobs
def get_queues():
"""Get the queues"""
query = get_query()
queues = query.getqueues()
return queues
def get_queues():
"""Get the queues"""
query = get_query()
queues = query.getqueues()
return queues
