def run_minisat(self):
child = subprocess.Popen(["minisat", self.CNF_fname, "results.txt"],
stdout=subprocess.PIPE)
child.wait()
# 10 is SAT, 20 is UNSAT
if child.returncode == 20:
os.remove("results.txt")
return None
if child.returncode != 10:
print("(minisat) unknown retcode: ", child.returncode)
exit(0)
#print "minisat done"
t = my_utils.read_lines_from_file("results.txt")[1].split(" ")
# remove last "variable", which is 0
assert t[-1] == '0'
t = t[:-1]
# there was a time whan $t$ list was returned as solution!
# now it's dict
solution = {}
for i in t:
if i.startswith("-"):
solution[-int(i)] = False
else:
solution[int(i)] = True
os.remove("results.txt")
return solution
def run_minisat(CNF_fname):
child = subprocess.Popen(["minisat", CNF_fname, "results.txt"],
stdout=subprocess.PIPE)
child.wait()
# 10 is SAT, 20 is UNSAT
if child.returncode == 20:
os.remove("results.txt")
return None
if child.returncode != 10:
print("(minisat) unknown retcode: ", child.returncode)
exit(0)
solution = my_utils.read_lines_from_file("results.txt")[1].split(" ")
os.remove("results.txt")
return solution
def run_minisat (self):
child = subprocess.Popen(["minisat", self.CNF_fname, "results.txt"], stdout=subprocess.PIPE)
child.wait()
# 10 is SAT, 20 is UNSAT
if child.returncode==20:
os.remove ("results.txt")
return None
if child.returncode!=10:
print ("(minisat) unknown retcode: ", child.returncode)
exit(0)
solution=my_utils.read_lines_from_file("results.txt")[1].split(" ")
# remove last "variable", which is 0
assert solution[-1]=='0'
solution=solution[:-1]
os.remove ("results.txt")
return solution