def test_apply(self):
self.assertEqual(Building.objects.all().count(), 0)
VotePrototype.create(self.account2, self.bill, False)
VotePrototype.create(self.account3, self.bill, True)
noun = names.generator.get_test_name('r-building-name')
data = linguistics_helpers.get_word_post_data(noun, prefix='name')
data.update({'approved': True})
form = BuildingCreate.ModeratorForm(data)
self.assertTrue(form.is_valid())
self.bill.update_by_moderator(form)
self.assertTrue(self.bill.apply())
bill = BillPrototype.get_by_id(self.bill.id)
self.assertTrue(bill.state.is_ACCEPTED)
self.assertEqual(Building.objects.all().count(), 1)
building = buildings_storage.all()[0]
self.assertEqual(building.person.id, self.person_1.id)
self.assertEqual(building.place.id, self.place1.id)
self.assertEqual(building.utg_name, noun)
def test_apply(self):
self.assertEqual(Building.objects.all().count(), 0)
VotePrototype.create(self.account2, self.bill, False)
VotePrototype.create(self.account3, self.bill, True)
noun = names.generator.get_test_name('r-building-name')
data = linguistics_helpers.get_word_post_data(noun, prefix='name')
data.update({'approved': True})
form = BuildingCreate.ModeratorForm(data)
self.assertTrue(form.is_valid())
self.bill.update_by_moderator(form)
self.assertTrue(self.bill.apply())
bill = BillPrototype.get_by_id(self.bill.id)
self.assertTrue(bill.state.is_ACCEPTED)
self.assertEqual(Building.objects.all().count(), 1)
building = buildings_storage.all()[0]
self.assertEqual(building.person.id, self.person_1.id)
self.assertEqual(building.place.id, self.place1.id)
self.assertEqual(building.utg_name, noun)
def get_power_points():
month = TimePrototype.get_current_time().game_time.month_record
points = []
points = [
_default_temperature_points(delta={
MONTHS.COLD: -0.1,
MONTHS.HOT: 0.1
}.get(month, 0)),
_default_wetness_points(delta={
MONTHS.DRY: -0.1,
MONTHS.CRUDE: 0.1
}.get(month, 0)),
_default_vegetation_points(),
_default_soil_points()
]
for place in places_storage.all():
points.extend(get_place_power_points(place))
for race in RACE.records:
points.extend(get_place_race_power_points(place, race))
for building in buildings_storage.all():
points.extend(get_building_power_points(building))
return points
def sync_data(self, sheduled=True):
self.logger.info('sync data')
all_persons = persons_storage.persons_storage.filter(state=PERSON_STATE.IN_GAME)
self.sync_persons_powers(persons=[person for person in all_persons if person.place.is_frontier])
self.sync_persons_powers(persons=[person for person in all_persons if not person.place.is_frontier])
for person in all_persons:
person.update_friends_number()
person.update_enemies_number()
self.persons_power = {}
self.sync_places_powers(places=[place for place in places_storage.all() if place.is_frontier])
self.sync_places_powers(places=[place for place in places_storage.all() if not place.is_frontier])
self.places_power = {}
# update size
if sheduled:
self.sync_sizes([place for place in places_storage.all() if place.is_frontier],
hours=c.MAP_SYNC_TIME_HOURS,
max_size=places_settings.MAX_FRONTIER_SIZE)
self.sync_sizes([place for place in places_storage.all() if not place.is_frontier],
hours=c.MAP_SYNC_TIME_HOURS,
max_size=places_settings.MAX_SIZE)
for place in places_storage.all():
place.sync_stability()
place.sync_modifier()
place.sync_habits()
place.sync_parameters() # must be last operation to display and use real data
place.update_heroes_number()
place.update_heroes_habits()
place.mark_as_updated()
places_storage.save_all()
persons_storage.persons_storage.remove_out_game_persons()
persons_storage.persons_storage.save_all()
persons_logic.sync_social_connections()
if sheduled:
for building in buildings_storage.all():
building.amortize(c.MAP_SYNC_TIME)
buildings_storage.save_all()
self.logger.info('sync data completed')
def test_apply(self):
self.assertEqual(Building.objects.filter(state=BUILDING_STATE.WORKING).count(), 2)
VotePrototype.create(self.account2, self.bill, False)
VotePrototype.create(self.account3, self.bill, True)
form = BuildingDestroy.ModeratorForm({'approved': True})
self.assertTrue(form.is_valid())
self.bill.update_by_moderator(form)
self.assertTrue(self.bill.apply())
bill = BillPrototype.get_by_id(self.bill.id)
self.assertTrue(bill.state.is_ACCEPTED)
self.assertEqual(Building.objects.filter(state=BUILDING_STATE.WORKING).count(), 1)
self.assertEqual(len(buildings_storage.all()), 1)
building = buildings_storage.all()[0]
self.assertNotEqual(building.id, self.building_1.id)
def get_available_positions(
cls,
center_x,
center_y,
building_position_radius=places_settings.BUILDING_POSITION_RADIUS): # pylint: disable=R0914
from the_tale.game.map.places.storage import places_storage, buildings_storage
from the_tale.game.map.roads.storage import roads_storage
from the_tale.game.map.roads.relations import PATH_DIRECTION
positions = set()
for i in xrange(0, building_position_radius + 1):
for j in xrange(0, building_position_radius + 1):
positions.add((center_x + i, center_y + j))
positions.add((center_x - i, center_y + j))
positions.add((center_x + i, center_y - j))
positions.add((center_x - i, center_y - j))
positions = set(pos for pos in positions
if 0 <= pos[0] < map_settings.WIDTH
and 0 <= pos[1] < map_settings.HEIGHT)
removed_positions = set()
for place in places_storage.all():
removed_positions.add((place.x, place.y))
for building in buildings_storage.all():
removed_positions.add((building.x, building.y))
for road in roads_storage.all_exists_roads():
x, y = road.point_1.x, road.point_1.y
for direction in road.path:
if direction == PATH_DIRECTION.LEFT.value: x -= 1
elif direction == PATH_DIRECTION.RIGHT.value: x += 1
elif direction == PATH_DIRECTION.UP.value: y -= 1
elif direction == PATH_DIRECTION.DOWN.value: y += 1
removed_positions.add((x, y))
result = positions - removed_positions
return result if result else cls.get_available_positions(
center_x,
center_y,
building_position_radius=building_position_radius + 1)
def get_draw_info(biomes_map):
width = map_info_storage.item.width
height = map_info_storage.item.height
map_images = []
for y in xrange(height):
map_images.append([])
for x in xrange(width):
map_images[-1].append(CellDrawer())
roads_map = get_roads_map(width, height, roads_storage.all())
for y in xrange(height):
for x in xrange(width):
biom = biomes_map[y][x]
cell_drawer = map_images[y][x]
cell_drawer.terrain = SPRITES.index_name[biom.id.name]
if roads_map[y][x]:
road_sprite = get_road_sprite_info(roads_map, x, y)
cell_drawer.road = SPRITES.index_name[road_sprite['name']]
cell_drawer.road_rotate = road_sprite['rotate']
for place in places_storage.all():
if place.size < 3: verbose_size = 'small'
elif place.size < 6: verbose_size = 'medium'
elif place.size < 9: verbose_size = 'large'
else: verbose_size = 'capital'
sprite_name = ('city_%s_%s' % (place.race.name.lower(), verbose_size)).upper()
cell_drawer = map_images[place.y][place.x]
cell_drawer.object = SPRITES.index_name[sprite_name]
for building in buildings_storage.all():
sprite_name = 'BUILDING_%s' % building.type.name
cell_drawer = map_images[building.y][building.x]
cell_drawer.object = SPRITES.index_name[sprite_name]
return map_images
def test_get_available_positions(self):
building = BuildingPrototype.create(self.place_1.persons[0],
utg_name=names.generator.get_test_name(name='building-name'))
positions = BuildingPrototype.get_available_positions(self.place_1.x, self.place_1.y)
self.assertTrue(positions)
for place in places_storage.all():
self.assertFalse((place.x, place.y) in positions)
for building in buildings_storage.all():
self.assertFalse((building.x, building.y) in positions)
for x, y in positions:
self.assertTrue(0 <= x < map_settings.WIDTH)
self.assertTrue(0 <= y < map_settings.HEIGHT)
def test_get_available_positions(self):
building = BuildingPrototype.create(
self.place_1.persons[0],
utg_name=names.generator.get_test_name(name='building-name'))
positions = BuildingPrototype.get_available_positions(
self.place_1.x, self.place_1.y)
self.assertTrue(positions)
for place in places_storage.all():
self.assertFalse((place.x, place.y) in positions)
for building in buildings_storage.all():
self.assertFalse((building.x, building.y) in positions)
for x, y in positions:
self.assertTrue(0 <= x < map_settings.WIDTH)
self.assertTrue(0 <= y < map_settings.HEIGHT)
def get_power_points():
month = TimePrototype.get_current_time().game_time.month_record
points = []
points = [_default_temperature_points(delta={MONTHS.COLD: -0.1, MONTHS.HOT: 0.1}.get(month, 0)),
_default_wetness_points(delta={MONTHS.DRY: -0.1, MONTHS.CRUDE: 0.1}.get(month, 0)),
_default_vegetation_points(),
_default_soil_points()]
for place in places_storage.all():
points.extend(get_place_power_points(place))
for race in RACE.records:
points.extend(get_place_race_power_points(place, race))
for building in buildings_storage.all():
points.extend(get_building_power_points(building))
return points
def get_available_positions(cls, center_x, center_y, building_position_radius=places_settings.BUILDING_POSITION_RADIUS): # pylint: disable=R0914
from the_tale.game.map.places.storage import places_storage, buildings_storage
from the_tale.game.map.roads.storage import roads_storage
from the_tale.game.map.roads.relations import PATH_DIRECTION
positions = set()
for i in xrange(0, building_position_radius+1):
for j in xrange(0, building_position_radius+1):
positions.add((center_x+i, center_y+j))
positions.add((center_x-i, center_y+j))
positions.add((center_x+i, center_y-j))
positions.add((center_x-i, center_y-j))
positions = set(pos for pos in positions
if 0 <= pos[0] < map_settings.WIDTH and 0 <= pos[1] < map_settings.HEIGHT)
removed_positions = set()
for place in places_storage.all():
removed_positions.add((place.x, place.y))
for building in buildings_storage.all():
removed_positions.add((building.x, building.y))
for road in roads_storage.all_exists_roads():
x, y = road.point_1.x, road.point_1.y
for direction in road.path:
if direction == PATH_DIRECTION.LEFT.value: x -= 1
elif direction == PATH_DIRECTION.RIGHT.value: x += 1
elif direction == PATH_DIRECTION.UP.value: y -= 1
elif direction == PATH_DIRECTION.DOWN.value: y += 1
removed_positions.add((x, y))
result = positions - removed_positions
return result if result else cls.get_available_positions(center_x, center_y, building_position_radius=building_position_radius+1)
def sync_data(self, sheduled=True):
self.logger.info('sync data')
all_persons = persons_storage.persons_storage.filter(
state=PERSON_STATE.IN_GAME)
self.sync_persons_powers(persons=[
person for person in all_persons if person.place.is_frontier
])
self.sync_persons_powers(persons=[
person for person in all_persons if not person.place.is_frontier
])
for person in all_persons:
person.update_friends_number()
person.update_enemies_number()
self.persons_power = {}
self.sync_places_powers(places=[
place for place in places_storage.all() if place.is_frontier
])
self.sync_places_powers(places=[
place for place in places_storage.all() if not place.is_frontier
])
self.places_power = {}
# update size
if sheduled:
self.sync_sizes(
[place for place in places_storage.all() if place.is_frontier],
hours=c.MAP_SYNC_TIME_HOURS,
max_size=places_settings.MAX_FRONTIER_SIZE)
self.sync_sizes([
place
for place in places_storage.all() if not place.is_frontier
],
hours=c.MAP_SYNC_TIME_HOURS,
max_size=places_settings.MAX_SIZE)
for place in places_storage.all():
place.sync_stability()
place.sync_modifier()
place.sync_habits()
place.sync_parameters(
) # must be last operation to display and use real data
place.update_heroes_number()
place.update_heroes_habits()
place.mark_as_updated()
places_storage.save_all()
persons_storage.persons_storage.remove_out_game_persons()
persons_storage.persons_storage.save_all()
persons_logic.sync_social_connections()
if sheduled:
for building in buildings_storage.all():
building.amortize(c.MAP_SYNC_TIME)
buildings_storage.save_all()
self.logger.info('sync data completed')