def test_examples(self):
"""Test NanoFactory examples"""
# 1. Create and run factory for example 1
myfactory = nanofactory.NanoFactory(text=EXP1_TEXT)
self.assertEqual(myfactory.produce('1 FUEL'), True)
self.assertEqual(myfactory.ore, EXP1_ORE)
# 2. Create and run factory for example 2
myfactory = nanofactory.NanoFactory(text=EXP2_TEXT)
self.assertEqual(myfactory.produce('1 FUEL'), True)
self.assertEqual(myfactory.ore, EXP2_ORE)
# 3. Create and run factory for example 3
myfactory = nanofactory.NanoFactory(text=EXP3_TEXT)
self.assertEqual(myfactory.produce('1 FUEL'), True)
self.assertEqual(myfactory.ore, EXP3_ORE)
# 4. Create and run factory for example 4
myfactory = nanofactory.NanoFactory(text=EXP4_TEXT)
self.assertEqual(myfactory.produce('1 FUEL'), True)
self.assertEqual(myfactory.ore, EXP4_ORE)
# 5. Create and run factory for example 5
myfactory = nanofactory.NanoFactory(text=EXP5_TEXT)
self.assertEqual(myfactory.produce('1 FUEL'), True)
self.assertEqual(myfactory.ore, EXP5_ORE)
def test_text_init(self):
"""Test NanoFactory object creation with text"""
# 1. Create a factory with reactions in text
myfactory = nanofactory.NanoFactory(text=EXP1_TEXT)
# 2. Make sure it has the default values
self.assertEqual(len(myfactory.resources), 0)
self.assertEqual(len(myfactory.recipes), 6)
self.assertEqual(myfactory.ore, 0)
# 3. Test producing ore
self.assertEqual(myfactory.produce('3 ORE'), True)
self.assertEqual(myfactory.ore, 3)
self.assertEqual(myfactory.produce('1 ORE'), True)
self.assertEqual(myfactory.ore, 4)
myfactory.ore = 0
# 4. Test a simple recipe
self.assertEqual(myfactory.produce('1 B'), True)
self.assertEqual(myfactory.resources['B'], 0)
self.assertEqual(myfactory.ore, 1)
myfactory.ore = 0
# 5. Test a silightly mor complicated recipe
self.assertEqual(myfactory.produce('1 C'), True)
self.assertEqual(myfactory.resources['A'], 3)
self.assertEqual(myfactory.ore, 11)
myfactory.ore = 0
# 6. And now try to make FUEL
self.assertEqual(myfactory.produce('1 FUEL'), True)
self.assertEqual(myfactory.resources['A'], 5)
self.assertEqual(myfactory.ore, EXP1_ORE)
myfactory.ore = 0
def test_empty_init(self):
"""Test default NanoFactory object creation"""
# 1. Create a default factory
myfactory = nanofactory.NanoFactory()
# 2. Make sure it has the default values
self.assertEqual(myfactory.resources, {})
self.assertEqual(myfactory.recipes, {})
self.assertEqual(myfactory.ore, 0)
# 3. Test producing ore
self.assertEqual(myfactory.produce('3 ORE'), True)
self.assertEqual(myfactory.ore, 3)
self.assertEqual(myfactory.produce('1 ORE'), True)
self.assertEqual(myfactory.ore, 4)
def part_two(args, input_lines):
"Process part two of the puzzle"
# 1. Create the factory
factory = nanofactory.NanoFactory(text=input_lines)
# 2. Determine the maximum FUEL that can be produced from a trillion ORE
solution = factory.fuel_per_trillion(watch=args.verbose)
if solution is not None:
print(
"The maximal amount of FUEL that can be produded with a trillion ORE is %d"
% (solution))
else:
solution = None
print("Unable to produce FUEL")
# 3. Return result
return solution is not None
def part_one(args, input_lines):
"Process part one of the puzzle"
# 1. Create the factory
factory = nanofactory.NanoFactory(text=input_lines)
# 2. Produced the desired item and quanity
produced = factory.produce('1 FUEL', watch=args.verbose)
if produced:
solution = factory.ore
print("The amount of ORE required to produce exactly %s is %d" %
('1 FUEL', solution))
else:
solution = None
print("Unable to produce exactly %s" % ('1 FUEL'))
# 3. Return result
return solution is not None
def not_test_trillion5(self):
"""Test NanoFactory fuel per one trillion ore for example 5"""
# 1. Create and get fuel amount for example 5
myfactory = nanofactory.NanoFactory(text=EXP5_TEXT)
self.assertEqual(myfactory.fuel_per_trillion(), EXP5_TRILLION)
import sys
import nanofactory
#import logging
#logging.getLogger("nanofactory").setLevel(logging.DEBUG)
filename = sys.argv[1]
print(nanofactory.NanoFactory(filename).produce(1, 'FUEL'))
import sys
import nanofactory
#import logging
#logging.getLogger("nanofactory").setLevel(logging.DEBUG)
filename = sys.argv[1]
print(nanofactory.NanoFactory(filename).output_capacity(
1000000000000,
'FUEL'
))
