def test_black_wool_matches_lime(self):
"""
Lime wool plus an ink sac equals black wool.
"""
table = [
Slot.from_key(blocks["lime-wool"].key, 1),
Slot.from_key(items["ink-sac"].key, 1),
None,
None,
]
self.assertTrue(recipe_dict["black-wool"].matches(table, 2))
def test_black_wool_matches_lime(self):
"""
Lime wool plus an ink sac equals black wool.
"""
if "black-wool" not in self.p:
raise unittest.SkipTest("Plugin not present")
table = [
Slot.from_key(blocks["lime-wool"].key, 1),
Slot.from_key(items["ink-sac"].key, 1),
None,
None,
]
self.assertTrue(self.p["black-wool"].matches(table, 2))
def test_black_wool_matches_lime(self):
"""
Lime wool plus an ink sac equals black wool.
"""
if "black-wool" not in self.p:
raise unittest.SkipTest("Plugin not present")
table = [
Slot.from_key(blocks["lime-wool"].key, 1),
Slot.from_key(items["ink-sac"].key, 1),
None,
None,
]
self.assertTrue(self.p["black-wool"].matches(table, 2))
def test_from_key(self):
"""
Slots have an alternative constructor.
"""
slot1 = Slot(2, 3, 1)
slot2 = Slot.from_key((2, 3))
self.assertEqual(slot1, slot2)
def test_from_key(self):
"""
Slots have an alternative constructor.
"""
slot1 = Slot(2, 3, 1)
slot2 = Slot.from_key((2, 3))
self.assertEqual(slot1, slot2)
def test_bed_matches_tie_dye(self):
"""
Three different colors of wool can be used to build beds.
"""
table = [
None,
None,
None,
Slot.from_key(blocks["blue-wool"].key, 1),
Slot.from_key(blocks["red-wool"].key, 1),
Slot.from_key(blocks["lime-wool"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
]
self.assertTrue(recipe_dict["bed"].matches(table, 3))
def test_bed_matches_tie_dye(self):
"""
Three different colors of wool can be used to build beds.
"""
if "bed" not in self.p:
raise unittest.SkipTest("Plugin not present")
table = [
None,
None,
None,
Slot.from_key(blocks["blue-wool"].key, 1),
Slot.from_key(blocks["red-wool"].key, 1),
Slot.from_key(blocks["lime-wool"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
]
self.assertTrue(self.p["bed"].matches(table, 3))
def test_bed_matches_tie_dye(self):
"""
Three different colors of wool can be used to build beds.
"""
if "bed" not in self.p:
raise unittest.SkipTest("Plugin not present")
table = [
None,
None,
None,
Slot.from_key(blocks["blue-wool"].key, 1),
Slot.from_key(blocks["red-wool"].key, 1),
Slot.from_key(blocks["lime-wool"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
Slot.from_key(blocks["wood"].key, 1),
]
self.assertTrue(self.p["bed"].matches(table, 3))
from bravo.beta.structures import Slot
from bravo.blocks import blocks, items
from bravo.inventory.windows import FurnaceWindow
'''
Furnace recipes
'''
furnace_recipes = {
blocks["cactus"].slot: Slot.from_key(items["green-dye"].key, 1),
blocks["cobblestone"].slot: Slot.from_key(blocks["stone"].key, 1),
blocks["diamond-ore"].slot: Slot.from_key(items["diamond"].key, 1),
blocks["gold-ore"].slot: Slot.from_key(items["gold-ingot"].key, 1),
blocks["iron-ore"].slot: Slot.from_key(items["iron-ingot"].key, 1),
blocks["log"].slot: Slot.from_key(items["charcoal"].key, 1),
blocks["sand"].slot: Slot.from_key(blocks["glass"].key, 1),
items["clay-balls"].slot: Slot.from_key(items["clay-brick"].key, 1),
items["raw-fish"].slot: Slot.from_key(items["cooked-fish"].key, 1),
items["raw-porkchop"].slot: Slot.from_key(items["cooked-porkchop"].key, 1),
}
def update_all_windows_slot(factory, coords, slot, item):
'''
For players who have THIS furnace's window opened send update for
specified slot: crafting, crafted or fuel.
:param `BravoFactory` factory: The factory
:param tuple coords: (bigx, smallx, bigz, smallz, y) - coords of the furnace
:param int slot: 0 - crafting slot, 1 - fuel slot, 2 - crafted slot
:param `Slot` item: the slot content
'''
for p in factory.protocols.itervalues():
from bravo.beta.structures import Slot
from bravo.blocks import blocks, items
from bravo.inventory.windows import FurnaceWindow
'''
Furnace recipes
'''
furnace_recipes = {
blocks["cactus"].slot : Slot.from_key(items["green-dye"].key, 1),
blocks["cobblestone"].slot: Slot.from_key(blocks["stone"].key, 1),
blocks["diamond-ore"].slot: Slot.from_key(items["diamond"].key, 1),
blocks["gold-ore"].slot : Slot.from_key(items["gold-ingot"].key, 1),
blocks["iron-ore"].slot : Slot.from_key(items["iron-ingot"].key, 1),
blocks["log"].slot : Slot.from_key(items["charcoal"].key, 1),
blocks["sand"].slot : Slot.from_key(blocks["glass"].key, 1),
items["clay-balls"].slot : Slot.from_key(items["clay-brick"].key, 1),
items["raw-fish"].slot : Slot.from_key(items["cooked-fish"].key, 1),
items["raw-porkchop"].slot: Slot.from_key(items["cooked-porkchop"].key, 1),
}
def update_all_windows_slot(factory, coords, slot, item):
'''
For players who have THIS furnace's window opened send update for
specified slot: crafting, crafted or fuel.
:param `BravoFactory` factory: The factory
:param tuple coords: (bigx, smallx, bigz, smallz, y) - coords of the furnace
:param int slot: 0 - crafting slot, 1 - fuel slot, 2 - crafted slot
:param `Slot` item: the slot content
'''
for p in factory.protocols.itervalues():
