def test_merging_ammunition_in_pickup(self):
"""
Same kind of ammunition should be merged when picked up
"""
ammo_1 = (ItemBuilder()
.with_name('arrow')
.with_count(10)
.build())
ammo_2 = (ItemBuilder()
.with_name('arrow')
.with_count(20)
.build())
add_item(self.level, self.character.location, ammo_1)
add_item(self.level, self.character.location, ammo_2)
pick_up(self.character,
ammo_1)
pick_up(self.character,
ammo_2)
assert_that(len(self.character.inventory), is_(equal_to(1)))
item = self.character.inventory[0]
assert_that(item.ammunition_data.count, is_(equal_to(30)))
def test_merging_ammunition_in_pickup(self):
"""
Same kind of ammunition should be merged when picked up
"""
ammo_1 = (ItemBuilder()
.with_name('arrow')
.with_count(10)
.build())
ammo_2 = (ItemBuilder()
.with_name('arrow')
.with_count(20)
.build())
add_item(self.level, self.character.location, ammo_1)
add_item(self.level, self.character.location, ammo_2)
pick_up(self.character,
ammo_1)
pick_up(self.character,
ammo_2)
assert_that(len(self.character.inventory), is_(equal_to(1)))
item = self.character.inventory[0]
assert_that(item.ammunition_data.count, is_(equal_to(30)))
def test_picking_up(self):
"""
Test that item can be picked up
"""
pick_up(self.character,
self.item)
assert(self.item in self.character.inventory)
assert(not self.item in get_items(self.level))
assert(self.item.location == ())
def test_picking_up(self):
"""
Test that item can be picked up
"""
pick_up(self.character,
self.item)
assert(self.item in self.character.inventory)
assert(not self.item in get_items(self.level))
assert(self.item.location == ())
def test_picking_up_not_correct_location(self): #pylint: disable=C0103
"""
Test that item is not picked up from wrong location
"""
self.character.location = (6, 6)
assert(self.character.location == (6, 6))
assert(self.item.location == (5, 5))
pick_up(self.character,
self.item)
assert(not self.item in self.character.inventory)
assert(self.item in get_items(self.level))
def test_picking_up_not_correct_location(self): #pylint: disable=C0103
"""
Test that item is not picked up from wrong location
"""
self.character.location = (6, 6)
assert(self.character.location == (6, 6))
assert(self.item.location == (5, 5))
pick_up(self.character,
self.item)
assert(not self.item in self.character.inventory)
assert(self.item in get_items(self.level))
def _action_a(self, key):
"""
Process action a key
:param key: key triggering the processing
:type key: int
"""
player = self.model.player
level = player.level
items = level.get_items_at(player.location)
if items is not None and len(items) > 0:
pick_up(player,
items[0])
elif pyherc.vtable['\ufdd0:is-move-legal'](player, 9, 'walk', self.action_factory):
pyherc.vtable['\ufdd0:move'](player, 9, self.action_factory)
def _action_a(self, key):
"""
Process action a key
:param key: key triggering the processing
:type key: int
"""
player = self.model.player
level = player.level
items = level.get_items_at(player.location)
if items is not None and len(items) > 0:
pick_up(player, items[0])
elif pyherc.vtable['\ufdd0:is-move-legal'](player, 9, 'walk',
self.action_factory):
pyherc.vtable['\ufdd0:move'](player, 9, self.action_factory)
def _action_a(self, key, modifiers):
"""
Process action a key
:param key: key triggering the processing
:type key: int
"""
player = self.model.player
level = player.level
items = list(get_items(level, player.location))
if items is not None and len(items) > 0:
pick_up(player, items[0])
elif pyherc.vtable["\ufdd0:is-move-legal"](player, 9):
pyherc.vtable["\ufdd0:move"](player, 9)
elif is_dig_legal(player):
dig(player)
def _action_a(self, key, modifiers):
"""
Process action a key
:param key: key triggering the processing
:type key: int
"""
player = self.model.player
level = player.level
items = list(get_items(level, player.location))
if items is not None and len(items) > 0:
pick_up(player, items[0])
elif pyherc.vtable['\ufdd0:is-move-legal'](player, 9):
pyherc.vtable['\ufdd0:move'](player, 9)
elif is_dig_legal(player):
dig(player)
def pick_up_item(self, item):
"""
Pick up item
"""
pick_up(self.character,
item)
