def two(i, count):
if count == 0:
print "%d = 0 py %d" % (i, data.x)
return
print "%d + %d py %d" % (i, count, data.x)
rgo.one(i, two, count - 1)
print "%d - %d py %d" % (i, count, data.x)
def two(i, count):
if count == 0:
print "= python: 0"
return
print "+ python: %d" % count
rgo.one(i, two, count - 1)
print "- python: %d" % count
def two(i, count):
if count == 0:
print "= python: 0"
return
print "+ python: %d" % count
rgo.one(i, two, count - 1)
print "- python: %d" % count
def x2():
data.x = 3
rgo.one(3, two, 1)
rgo.one(3, two, 2)
rgo.one(3, two, 3)
def x():
data.x = 2
rgo.one(2, two, 1)
rgo.one(2, two, 2)
rgo.one(2, two, 3)
print "%d = 0 py %d" % (i, data.x)
return
print "%d + %d py %d" % (i, count, data.x)
rgo.one(i, two, count - 1)
print "%d - %d py %d" % (i, count, data.x)
def x():
data.x = 2
rgo.one(2, two, 1)
rgo.one(2, two, 2)
rgo.one(2, two, 3)
def x2():
data.x = 3
rgo.one(3, two, 1)
rgo.one(3, two, 2)
rgo.one(3, two, 3)
t = threading.Thread(target=x)
t2 = threading.Thread(target=x2)
t.start()
t2.start()
rgo.one(1, two, 1)
rgo.one(1, two, 2)
rgo.one(1, two, 3)
t.join()
t2.join()
def x():
rgo.one(1, two, 10)
def x():
rgo.one(1, two, 10)