def do_confirm(self):
while True:
confirmedstr = str(raw_input("ok [y/N]? \n"))
confirmed = confirmedstr
if "#" in confirmed:
confirmed = confirmed[: confirmed.index("#")]
confirmed = confirmed.strip().lower()
try:
if confirmed == "y":
return True
elif confirmed == "n":
return False
except:
pass
continue
def dummy_price(self):
def rand(dir=None):
if dir is None:
dir = self.dummy_loop_dir
if dir == 0:
self.price *= 1 + (random.randint(-20, 20) / 1000.0)
elif dir > 0:
self.price *= 1 + (random.randint(0, 20) / 1000.0)
elif dir < 0:
self.price *= 1 + (random.randint(-20, 0) / 1000.0)
return self.price
try:
while True:
self.price = float(self.price)
if self.dummy_loop > 0:
self.dummy_loop -= 1
rand()
break
laststr = str(raw_input("New price? \n"))
last = laststr
if "#" in last:
last = last[: last.index("#")]
last = last.strip()
print "[%s] -> [%s]" % (laststr, last)
try:
if last == "":
rand(dir=0)
break
elif last == "up":
rand(dir=1)
break
elif last == "down":
rand(dir=-1)
break
elif last.startswith("loopup"):
self.dummy_loop_dir = 1
self.dummy_loop = int(last[6:])
rand()
break
elif last.startswith("loopdown"):
self.dummy_loop_dir = -1
self.dummy_loop = int(last[8:])
rand()
break
elif last.startswith("loop"):
self.dummy_loop_dir = 0
self.dummy_loop = int(last[4:])
rand()
break
elif last.startswith("*"):
self.price = self.price * float(last[1:])
break
elif last.startswith("/"):
self.price = self.price / float(last[1:])
break
elif last.startswith("+"):
self.price = self.price + float(last[1:])
break
elif last.startswith("-"):
self.price = self.price - float(last[1:])
break
elif isnumber(last):
self.price = float(last)
break
except:
pass
continue
finally:
self.ticknonce()
self.price = BTC.VALUE(self.price)
print "new price: ", self.price
self.process()