def thread_controller(self):
while True:
try:
util.STDOUT.write("Choose Discipline:\n")
for discipline in self.profitable_items.keys():
util.STDOUT.write("\t"+str(discipline)+"\n")
util.STDOUT.write("\tRefresh\n\tKill\n")
discipline = raw_input()
if discipline == "Refresh":
continue
elif discipline == "+v":
self.verbosity += 1
continue
elif discipline == "-v":
self.verbosity -= 1
continue
elif discipline == "Kill":
util.STDOUT.write("Killing thread\n")
self.kill = True
break
elif discipline[:5] == "exec ":
exec discipline[5:]
continue
if not self.locks.get(discipline+"_lock").acquire(False):
util.STDOUT.write("Could not acquire: "+discipline+"_lock\n")
continue
hq = self.profitable_items.get(discipline, [])
top_5 = []
try:
for i in range(0,5):
top_5.append(heapq.heappop(hq)._item)
except IndexError:
pass
except Exception as e:
util.STDERR.write(str(e)+"\n")
self.locks.get(discipline+"_lock").release()
for i in top_5:
qty, profit = i.crafting_profit(verbosity = self.verbosity)
util.STDOUT.write(i.detailed_recipe(qty))
util.STDOUT.write("Make "+ str(qty) +" for total profit: " + util.gold_repr(profit) + "\n")
for k, v in i.get_shoping_list(qty).iteritems():
util.STDOUT.write(str(v).ljust(4) + " x " + str(k.name) + "\n")
except Exception as e:
util.STDERR.write(str(e)+"\n")
def detailed_recipe(self, make_qty=1, verbosity=0):
if self.best_location_name() != "Crafting":
# Name Price @ Locations
return (
self.name.ljust(45)
+ util.gold_repr(self.best_price()).rjust(12)
+ " @ "
+ self.best_location_name()
+ "\n"
)
# Name [Recipe_Disciplies][Recipe_Flags]
part_str = (
self.name.ljust(45)
+ str(self.best_recipe._disciplines)
+ str(self.best_recipe._flags if self.best_recipe._flags else "")
+ "\n"
)
# 10 x Name Price @ Locations
for sub_qty, sub_item in self.best_recipe._ingredients:
part_str += (
str(make_qty * sub_qty / sub_item.best_recipe.serving)
+ " x "
+ sub_item.detailed_recipe(make_qty * sub_qty / sub_item.best_recipe.serving)
)
part_str = ("\n ".join(part_str.split("\n")))[:-2]
if verbosity >= 1:
part_str += (
"Expense: "
+ util.gold_repr(self.best_price())
+ " --- Revenue: "
+ util.gold_repr(self.buy_orders[0].value * 0.85)
+ " --- Profit: "
+ util.gold_repr(self.buy_orders[0].value * 0.85 - self.best_price())
+ "\n"
)
return part_str
def __repr__(self):
return str(self.qty) + " @ " + util.gold_repr(self.value)
def test_gold_representation_str2(self):
price = "34"
str_price = util.gold_repr(price)
self.assertEqual(" 34c", str_price)
def test_gold_representation_str(self):
price = "hamburger"
str_price = util.gold_repr(price)
self.assertEqual("Non gold value (hamburger)", str_price)
def test_gold_representation_inf(self):
price = float("inf")
str_price = util.gold_repr(price)
self.assertEqual("Non gold value (inf)", str_price)
def test_gold_representation_float(self):
price = 12.5
str_price = util.gold_repr(price)
self.assertEqual(" 12c", str_price)
def test_gold_representation_gold(self):
price = 12345
str_price = util.gold_repr(price)
self.assertEqual(" 1g 23s 45c", str_price)
def test_gold_representation_silver(self):
price = 123
str_price = util.gold_repr(price)
self.assertEqual(" 1s 23c", str_price)
def test_gold_representation_copper(self):
price = 5
str_price = util.gold_repr(price)
self.assertEqual(" 5c", str_price)
def test_gold_representation_small(self):
price = 12
str_price = util.gold_repr(price)
self.assertEqual(" 12c", str_price)
def test_gold_representation_large(self):
price = 1234567
str_price = util.gold_repr(price)
self.assertEqual(" 123g 45s 67c", str_price)
def test_gold_representation_negative(self):
price = -500
str_price = util.gold_repr(price)
self.assertEqual("-5s 00c", str_price)
def test_gold_representation_zero(self):
price = 0
str_price = util.gold_repr(price)
self.assertEqual(" 0c", str_price)
def test_gold_representation_positive(self):
price = 500
str_price = util.gold_repr(price)
self.assertEqual(" 5s 00c", str_price)
