def recover_ordering(ordering):
corrected_ordering = []
for it in range(len(ordering)):
t = ordering[it]
if Utility.is_enough_to_be_executed(
wf, t, corrected_ordering + fixed_tasks_ids):
corrected_ordering.append(t)
else:
#print("INCORRECT")
return False
def recover_ordering(ordering):
corrected_ordering = []
while len(ordering) > 0:
ord_iter = iter(ordering)
while True:
t = next(ord_iter)
if Utility.is_enough_to_be_executed(
wf, t, corrected_ordering + fixed_tasks_ids):
ordering.remove((t))
corrected_ordering.append(t)
break
else:
#print("incorrect " + str([task[0] for task in ordering_particle.entity]))
pass
pass
return corrected_ordering