def run(args):
assert len(args) == 0
qstat_info = qstat_parse()
user_states = {}
for items in qstat_info:
counts = user_states.setdefault(items.user, dict_with_default_0())
counts[items.state] += items.counts()
sum_counts = []
for user,counts in user_states.items():
sum_counts.append((user, sum(counts.values())))
def cmp_sum_counts(a,b):
result = cmp(b[1], a[1])
if (result != 0): return result
return cmp(b[0], a[0])
sum_counts.sort(cmp_sum_counts)
cpus=0
for user,sc in sum_counts:
counts = user_states[user]
print "%-10s %5d r %5d qw" % (user, counts["r"], counts["qw"]),
cpus+=counts["r"]
for state,c in counts.items():
if (state in ["r", "qw"]): continue
print " %5d %s" % (c, state),
print " %5d total" % sc
print "-"*45
print "%-10s %5d r" % ("total", cpus)
print "-"*45
def run(args):
assert len(args) == 0
qstat_info = qstat_parse()
user_states = {}
for items in qstat_info:
counts = user_states.setdefault(items.user, dict_with_default_0())
counts[items.state] += items.counts()
sum_counts = []
for user, counts in user_states.items():
sum_counts.append((user, sum(counts.values())))
sum_counts.sort(key=itemgetter(1, 0))
cpus = 0
for user, sc in sum_counts:
counts = user_states[user]
print("%-10s %5d r %5d qw" % (user, counts["r"], counts["qw"]),
end=' ')
cpus += counts["r"]
for state, c in counts.items():
if (state in ["r", "qw"]): continue
print(" %5d %s" % (c, state), end=' ')
print(" %5d total" % sc)
print("-" * 45)
print("%-10s %5d r" % ("total", cpus))
print("-" * 45)
def Refresh(self):
self._data = sge_utils.qstat_parse()
if self._sortby is not None:
self.SortItems(self._sortby, swap_order=False)
def Refresh (self) :
self._data = sge_utils.qstat_parse()
if self._sortby is not None :
self.SortItems(self._sortby, swap_order=False)
