def main():
if len(sys.argv) < 2:
print('''
Usage: python -m F1 <grammar.json>
''')
sys.exit(1)
gfile = sys.argv[1]
with open(gfile) as gf:
fc = gf.read()
my_grammar = json.loads(fc)
c_grammar = F1.CTrans(my_grammar).translate()
vm_ops, main_src, fuzz_src = F1.CFWriteCTFuzzer(c_grammar).fuzz_src()
with open('vm_ops.s', 'w+') as f:
print(vm_ops, file=f)
with open('fuzz.s', 'w+') as f:
print(fuzz_src, file=f)
with open('main.c', 'w+') as f:
print(main_src, file=f)
print('''\
Next step:
$ cc -g -Ofast -o fuzzer main.c fuzz.s
$ rm -f io.x
$ ./fuzzer 0 1000 1000
$ cat io.x
''')
def main():
if len(sys.argv) < 2:
print('''
Usage: python -m F1 <grammar.json>
''')
sys.exit(1)
gfile = sys.argv[1]
with open(gfile) as gf:
fc = gf.read()
my_grammar = json.loads(fc)
c_grammar = F1.CTrans(my_grammar).translate()
vm_ops, main_src, fuzz_src = F1.CFWriteCTFuzzer(c_grammar).fuzz_src()
with open('vm_ops.s', 'w+') as f:
print(vm_ops, file=f)
with open('fuzz.S', 'w+') as f:
print(fuzz_src, file=f)
with open('main.c', 'w+') as f:
print(main_src, file=f)
uname = os.uname()
print('\nNext step:')
if uname.sysname == "Darwin":
print('$ cc -g -Ofast -o fuzzer main.c fuzz.S')
elif uname.sysname == "Linux":
print('$ clang -g -Ofast -mcmodel=medium -o fuzzer main.c fuzz.S')
print('''$ rm -f io.x
$ ./fuzzer 0 1000 1000
$ cat io.x
''')
def room10():
print '你来到了二楼堂屋，这里有三扇门<前、左、右>，请选择：'
print '''1、开启前门
2、开启左门
3、开启右门
4、回去厨房
5、结束浏览'''
choose = int(raw_input('请选择1-4：'))
if choose == 1:
room11()
elif choose == 2:
room8()
elif choose == 3:
room9()
elif choose == 4:
F1.room5()
elif choose == 5:
status.over()
else:
status.dead()
return([111,222,333]);
# make a pair of forked pipes
c = RMI.Client.ForkedPipes()
ok(c, "got forked pipe client");
r = c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['2+3']);
is_ok(r,5,'result of remote eval of 2+3 is 5')
sum1 = c.send_request_and_receive_response('call_function', None, '__main__.addo', [7,8])
is_ok(sum1,15,'result of remote function call __main__.addo(7,8) works')
sum2 = c.send_request_and_receive_response('call_function', None, 'F1.add', [4,5]);
ok(sum2, 'remote function call with primitives works')
val3 = F1.x1()
is_ok(val3,11,'result of local functin call to plain function works')
local1 = F1.C1();
ok_show(local1, 'local constructor works')
if local1:
ok_show(local1.m1, 'local object property access works')
remote1 = c.send_request_and_receive_response('call_function', None, 'F1.echo', [local1]);
is_ok(remote1, local1, 'remote function call with object echo works')
note("test returning an array")
remote2 = c.send_request_and_receive_response('call_function', None, '__main__.getarray', []);
ok_show(remote2, 'got a result, hopefully an array');
value = remote2[0]
ok_show(value, "got a value from the proxy array");
import F1
s=0
print("Function list:")
print("1: F(x,y)=F(x-y,y)+1, if y ≤ x")
print("2: F(n,r)=F(n-1,r)+F(n-1,r-1)")
print("3: F(n)=F(n/2)+1 if n>1")
print("4: F(M,N)=1 if M=0, or M ≥N ≥1, and F(M,N)=F(M-1,N)+F(M-1,N-1), otherwise.")
print("5: B(m,x)=m!/(x!(m-x)!) where m>x,B(0,0)=B(m,0)=1 and B(m,x)=B(m,x-1)*[(m-x+1)/x]")
i=int(input("Enter your choice: "))
if(i==1):
a=int(input("Enter the value of x: "))
b=int(input("Enter the value of y: "))
s=s+F1.f1(a,b)
print("Result: ",s)
elif(i==2):
n=int(input("Enter the value of n: "))
r=int(input("Enter the value of r: "))
s=s+F1.f2(n,r)
print("Result: ",s)
elif(i==3):
n=int(input("Enter the value of n: "))
s=s+F1.f3(n)
print("Result: ",s)
elif(i==4):
m=int(input("Enter the value of m: "))
n=int(input("Enter the value of n: "))
s=s+F1.f4(m,n)
print("Result: ",s)
elif(i==5):
m=int(input("Enter the value of m: "))
x=int(input("Enter the value of x: "))
def t5(self):
c = self.c
r = c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['2+3']);
self.is_ok(r,5,'result of remote eval of 2+3 is 5')
sum1 = c.send_request_and_receive_response('call_function', None, '__main__.addo', [7,8])
is_ok(sum1,15,'result of remote function call __main__.addo(7,8) works')
sum2 = c.send_request_and_receive_response('call_function', None, 'F1.add', [4,5]);
ok(sum2, 'remote function call with primitives works')
val3 = F1.x1()
is_ok(val3,11,'result of local functin call to plain function works')
local1 = F1.C1();
ok_show(local1, 'local constructor works')
if local1:
ok_show(local1.m1, 'local object property access works')
remote1 = c.send_request_and_receive_response('call_function', None, 'F1.echo', [local1]);
is_ok(remote1, local1, 'remote function call with object echo works')
note("test returning an array")
remote2 = c.send_request_and_receive_response('call_function', None, '__main__.getarray', []);
ok_show(remote2, 'got a result, hopefully an array');
value = remote2[0]
ok_show(value, "got a value from the proxy array");
ok_show(str(remote2[0]), "got value 1");
ok_show(str(remote2[1]), "got value 2");
ok_show(str(remote2[2]), "got value 3");
note("test returning a usable lambda expression with zero params");
remote4 = c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['lambda: 555']);
ok(remote4 != None, 'remote lambda construction works')
val2 = remote4()
is_ok(val2,555,"remote lambda works with zero params")
note("test returning a usable lambda expression with two params");
remote3 = c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['lambda a,b: a+b']);
ok(remote3 != None, 'remote lambda construction works with params')
val3 = remote3(6,2)
is_ok(val3,8,"remote lambda works with params")
note("testing returning a remote object from a function")
remote5 = c.send_request_and_receive_response('call_function', None, 'F1.C1',[]);
val2 = remote5.m1()
is_ok(val2,"456","remote method call returns as expected")
#c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['RMI.DEBUG_FLAG']);
ref2 = remote5.__getattr__('m1')
ok(ref2 != None,"remote method ref is as expected")
#print(RMI.pp.pformat(ref2));
val2b = ref2()
is_ok(val2b,"456","remote methodref returns as expected")
zz = c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['"z"']);
is_ok(zz,"z","remote eval works with scalar value");
'''
f1c = c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['F1.x1()'])
print('f1b: ' + str(f1c))
imp = c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['import F1'])
print('imp: ' + str(imp))
'''
# Somehow, closing the connection doesn't cause the server to catch the close, so we have a hack to
# signal to it that it should exit. Fix me.
c.close
c.send_request_and_receive_response('call_function', None, 'RMI.Node._eval', ['"exitnow"']);
print("CLIENT DONE")
def function2(x, y):
value = F1.run(x, y)
return value[1]
def function1(x, y):
value = F1.run(x, y)
return value[0]
def start():
print '开始参观之旅吧'
F1.room1()
import F1
salir = False
opcion = 0
import sys
user=sys.argv[1]
if len(sys.argv)>=2:
F1.consultar_orden(user, "EnProceso");
else:
print "Este programa necesita un parametro"
~
