args.add_argument("--slots", type=int, help="Slots per match", default=4)
the_args = args.parse_args()
set_config(the_args.rounds, the_args.teams, the_args.closeness, the_args.slots)
compute_bitwidths()
validate_config()
print "(set-info :status unknown)"
print "(set-option :produce-models true)"
output_object = None
if the_args.z3:
output_object = Z3()
elif the_args.qfaufbv:
output_object = QFAUFBV()
elif the_args.qfbv:
output_object = QFBV()
else:
output_object = QFBV()
output_object.preamble()
# Ensure all slots over all matchs per round are distinct.
for i in range(config.NUMROUNDS):
print "; round {0}".format(i)
print "(assert (distinct "
for j in range(config.NUMMATCHES):
for k in range(config.NUMSLOTS):
print output_object.project(i, j, k)
expr = Forward()
expr << Group((lparen + symbol + expr + rparen)
| (lparen + symbol + expr + expr + rparen)
| (lparen + symbol + expr + expr + expr + rparen) | symbol
| bitvec)
# Pairs of results for the output.
outpair = Group(lparen + lparen + expr + expr + rparen + rparen)
everything = OneOrMore(outpair)
# Read /all the things/
output_values = dict()
# We know it's qfaufbv in testing.
smt_eater = QFAUFBV()
foo = everything.parseFile(sys.stdin)
for assignment in foo:
paren1, paren2, expr1, expr2, paren3, paren4 = assignment
# expr1 is the source name, expr2 the actual value.
# Do some things
round, match, slot = smt_eater.read_variable(expr1)
team_no = read_assign(expr2)
output_values[round, match, slot] = team_no
# Print all the things.
for i in range(NUMROUNDS):
for j in range(NUMMATCHES):
something = []
for k in range(NUMSLOTS):
bitvec = Group(hashchar + bchar + OneOrMore(bit)) # Our expr: expr = Forward() expr << Group((lparen + symbol + expr + rparen) | (lparen + symbol + expr + expr + rparen) | (lparen + symbol + expr + expr + expr + rparen) | symbol | bitvec) # Pairs of results for the output. outpair = Group(lparen + lparen + expr + expr + rparen + rparen) everything = OneOrMore(outpair) # Read /all the things/ output_values = dict() # We know it's qfaufbv in testing. smt_eater = QFAUFBV() foo = everything.parseFile(sys.stdin) for assignment in foo: paren1, paren2, expr1, expr2, paren3, paren4 = assignment # expr1 is the source name, expr2 the actual value. # Do some things round, match, slot = smt_eater.read_variable(expr1) team_no = read_assign(expr2) output_values[round, match, slot] = team_no # Print all the things. for i in range(NUMROUNDS): for j in range(NUMMATCHES): something = [] for k in range(NUMSLOTS):
the_args = args.parse_args()
set_config(the_args.rounds, the_args.teams, the_args.closeness, the_args.slots)
compute_bitwidths()
validate_config()
print "(set-info :status unknown)"
print "(set-option :produce-models true)"
output_object = None
if the_args.z3:
output_object = Z3()
elif the_args.qfaufbv:
output_object = QFAUFBV()
elif the_args.qfbv:
output_object = QFBV()
else:
output_object = QFBV()
output_object.preamble()
# Ensure all slots over all matchs per round are distinct.
for i in range(config.NUMROUNDS):
print "; round {0}".format(i)
print "(assert (distinct "
for j in range(config.NUMMATCHES):
for k in range(config.NUMSLOTS):
print output_object.project(i, j, k)
