def menu(player):
os.system('cls')
choice = ""
while choice != "load" or choice != "play" or choice != "quit":
choice = input("What do you want to do ?\n play \n load \n rules \n quit \n >>> ")
player = character.Character()
if choice == "load":
save.load(player)
if choice == "play":
return;
elif choice == "quit":
sys.exit("good bye")
elif choice == "rules":
os.system('cls')
utils.printFile("text/rules")
def printTicket(self):
if self.filePath is None:
self.filePath = self.ticketToPdf()
printFile(self.filePath)
import log
import utils
import save
import menu
import os
# INIT
player = character.Character()
menu.menu(player)
random.seed(); # random event
order = "go"
success = True
# DAEMON
os.system('cls')
utils.printFile("text/intro")
while player._life > 0 and order!="quit":
order = input("What do you want to do ? [move - repare - status - save - load - quit]\n >>> ")
if order == "move":
if player.isEnergyEmpty():
log.failure("You have no more energy. You will die alone, drifting in space")
event.gameOver()
break;
else:
player._energy = player._energy-1
rand_event = random.randint(1,3)
if rand_event == 1:
success = event.eventNothing()
elif rand_event == 2:
def loadfromstring(self, string, env):
threads = env.threads
rounds = env.rounds
unwind = env.unwind
backend = env.format
self.__threadbound = threads
super(Labeler, self).loadfromstring(string, env)
'''
print "THREADS!\n"
for t in self.__threadName:
print "thread %s, index %s" %(t, self.Parser.threadIndex[t])
'''
# Add the new main().
#
self.output += self.__createMain(rounds)
# Thread sizes (i.e. number of visible statements) comma separated.
#
lines = ''
#lines += str(self.__lines['main'])
i = 0
maxsize = 0
for t in self.__threadName:
if i <= self.__threadbound:
if i>0: lines += ', '
lines += str(self.__lines[t])
maxsize = max(int(maxsize), int(self.__lines[t]))
#print "CONFRONTO %s %s " % (int(maxsize), int(self.__lines[t]))
#print " max: %s " % maxsize
i +=1
# Generate the header.
#
header = utils.printFile('include/newseq-include.c')
header = header.replace('<insert-version-here>', '0.0.0.0.0.0')
header = header.replace('<insert-maxthreads-here>', str(threads))
header = header.replace('<insert-maxrounds-here>', str(rounds))
header = header.replace('<insert-unwind-here>', str(unwind))
header = header.replace('<insert-backend-here>', str(backend))
header = header.replace('<insert-date-here>', strftime("%Y-%m-%d %H:%M:%S", gmtime()))
header = header.replace('<insert-threads-params-here>', '') # other thread parameters, they are transformed to global vars...
# Instrumentation.
#
if backend == 'esbmc':
header = header.replace('<insert-extraheaders-here>\n', '')
header = header.replace('<insert-assume-here>', '__ESBMC_assume')
header = header.replace('<insert-assert-here>', 'assert')
header = header.replace('<insert-nondet_int-here>', 'nondet_int')
header = header.replace('<insert-nondet_uint-here>', 'nondet_uint')
header = header.replace('<insert-nondet_int-body-here>', 'int nondet_int();')
header = header.replace('<insert-nondet_uint-body-here>', 'unsigned int nondet_uint();')
elif backend == 'cbmc':
header = header.replace('<insert-extraheaders-here>\n', '')
header = header.replace('<insert-assume-here>', '__CPROVER_assume')
header = header.replace('<insert-assert-here>', 'assert')
header = header.replace('<insert-nondet_int-here>', 'nondet_int')
header = header.replace('<insert-nondet_uint-here>', 'nondet_uint')
header = header.replace('<insert-nondet_int-body-here>', 'int nondet_int();')
header = header.replace('<insert-nondet_uint-body-here>', 'unsigned int nondet_uint();')
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
k = int(math.floor(math.log(maxsize,2)))+1
header = header.replace('<insert-active_thread-type-here>', '__CPROVER_bitvector[1]')
header = header.replace('<insert-pc-type-here>', '__CPROVER_bitvector[%s]' % (k))
header = header.replace('<insert-pc_cs-type-here>', '__CPROVER_bitvector[%s]' % (k+1)) # pc_cs stores the sum of two bitvectors of size (k+1), needs to be one bit wider
header = header.replace('<insert-thread_index-type-here>', 'int')
header = header.replace('<insert-thread_lines-type-here>', '__CPROVER_bitvector[%s]' % (k))
elif backend == 'smack':
header = header.replace('<insert-extraheaders-here>\n', '#define SMACK_H_\n#define __VERIFIER_assume __SMACK_assume\n#define __VERIFIER_assert __SMACK_assert\n#define assert __SMACK_assert\nvoid __SMACK_assert(int val);\nvoid __SMACK_assume(int val);\nint __SMACK_nondet(void);\n\n')
header = header.replace('<insert-assume-here>', '__SMACK_assume')
header = header.replace('<insert-assert-here>', 'assert')
header = header.replace('<insert-nondet_int-here>', '__SMACK_nondet')
header = header.replace('<insert-nondet_uint-here>', '__SMACK_nondet')
header = header.replace('<insert-nondet_int-body-here>', 'int nondet_int();') ## TODO: see how it was done in the manual translation
header = header.replace('<insert-nondet_uint-body-here>', 'unsigned int nondet_uint();')
elif backend == 'llbmc':
header = header.replace('<insert-extraheaders-here>\n', '')
header = header.replace('<insert-assume-here>', '__llbmc_assume')
header = header.replace('<insert-assert-here>', 'assert')
header = header.replace('<insert-nondet_int-here>', 'nondet_int')
header = header.replace('<insert-nondet_uint-here>', 'nondet_uint')
header = header.replace('<insert-nondet_int-body-here>', 'int nondet_int();')
header = header.replace('<insert-nondet_uint-body-here>', 'unsigned int nondet_uint();')
elif backend == 'satabs':
header = header.replace('<insert-extraheaders-here>\n', '')
header = header.replace('<insert-assume-here>', '__CPROVER_assume')
header = header.replace('<insert-assert-here>', 'assert')
header = header.replace('<insert-nondet_int-here>', 'nondet_int')
header = header.replace('<insert-nondet_uint-here>', 'nondet_uint')
header = header.replace('<insert-nondet_int-body-here>', 'int nondet_int();')
header = header.replace('<insert-nondet_uint-body-here>', 'unsigned int nondet_uint();')
elif backend == 'klee':
header = header.replace('<insert-extraheaders-here>\n', '#include <klee/klee.h>\n')
header = header.replace('<insert-assume-here>', 'klee_assume')
header = header.replace('<insert-assert-here>', 'klee_assert')
header = header.replace('<insert-nondet_int-here>', 'nondet_int')
header = header.replace('<insert-nondet_uint-here>', 'nondet_uint')
header = header.replace('<insert-nondet_int-body-here>', 'int nondet_int() { int x; klee_make_symbolic(&x, sizeof(x), "x"); return x; }')
header = header.replace('<insert-nondet_uint-body-here>', 'unsigned int nondet_uint() { unsigned int x; klee_make_symbolic(&x, sizeof(x), "x"); return x; }')
header = header.replace('<insert-threadsizes-here>', lines);
# Fix gotos by inserting ASS_GOTO(..) blocks before each goto,
# excluding gotos which destination is the line below.
#
for (a,b) in self.__labelLine:
if (a,b) in self.__gotoLine and (self.__labelLine[a,b] == self.__gotoLine[a,b]+1):
self.output = self.output.replace('<%s,%s>' % (a, b), '')
else:
self.output = self.output.replace('<%s,%s>' % (a, b), 'ASS_GOTO(%s)' % self.__labelLine[a,b])
# Fix indentation.
#
new = ''
for line in self.output.splitlines():
if len(line) > 0 and (line[0] == self.__startChar or line.startswith('IF(')):
#if len(line) > 0 and re.search(r'[a-zA-Z0-9]+', line[0]):
new += line + '\n'
else:
new += self.__labelLength*' ' + line + '\n'
'''
if self.Parser.funcBlockIn['main'] not in ('', 'void'): # forward main() parameters to main_thread()
self.output = self.output.replace('<insert-main-params-here>', self.Parser.funcBlockIn['main'].replace(',', ';')+ ';')
else:
self.output = self.output.replace('<insert-main-params-here>', '')
'''
self.output = header + '\n\n' + new
