def test_match(self):
c, a, calls = load_gtml('testapp/content/real_match/init.gtml')
_set_up_game(c, a)
print("\nROUND 1")
c, a, calls = load_gtml('testapp/content/real_match/round1.gtml')
self._assert_calls(*_execute(calls, resp_format='list'))
self._assert_map(c, a)
print("\nROUND 2")
c, a, calls = load_gtml('testapp/content/real_match/round2.gtml')
self._assert_calls(*_execute(calls, resp_format='list'))
self._assert_map(c, a)
print("\nROUND 3")
c, a, calls = load_gtml('testapp/content/real_match/round3.gtml')
self._assert_calls(*_execute(calls, resp_format='list'))
self._assert_map(c, a)
print("\nROUND 4")
c, a, calls = load_gtml('testapp/content/real_match/round4.gtml')
self._assert_calls(*_execute(calls, resp_format='list'))
self._assert_map(c, a)
# todo: assert victory & endgame & match history
_finish()
def create_world():
default_map = 'hu_test'
world = service.create(map=default_map)
l_countries, _, _ = load_gtml("game/maps/{}.gtml".format(world.map), skip=('AREAS', 'TEST_CALLS'))
return world, l_countries
def test_emperor_round(self):
c, a, calls = load_gtml('testapp/content/edge_match/init.gtml')
_set_up_match(c, a)
# todo: somehow put into map file later
service.switch_conn_graph({
"AR01": ["AR02", "AR03"],
"AR02": ["AR01", "AR03"],
"AR03": ["AR01", "AR02", "ARR04"],
})
c, a, calls = load_gtml('testapp/content/edge_match/round1.gtml')
self._assert_calls(*_execute(calls, resp_format='list'))
self._assert_map(c)
c, a, calls = load_gtml('testapp/content/edge_match/round2.gtml')
self._assert_calls(*_execute(calls, resp_format='list'))
self._assert_map(c)
_finish()
def join_world(user: User, world: World, players, iso=None):
l_countries, _, _ = load_gtml("game/maps/{}.gtml".format(world.map), skip=('AREAS', 'TEST_CALLS'))
isos = [c.iso for c in l_countries]
if user.wid and user.wid != world.wid:
return False
if world.rounds:
# game has already started
return False
# attempt reconnect
if user.iso:
if user.wid == world.wid and user.iso in players:
if players[user.iso]['username'] == user.username:
# reconnect was successful
return True
# someone took our place or we had bad credentials in the first place
user.wid = None
user.iso = None
users.set_world(user.uid, None, None)
return False
else:
# otherwise, we are connecting
if len(players) == world.max_players:
return False
if iso:
# see if selected iso is valid
if iso not in isos:
return False
if iso in players and players[iso]['username'] != user.username:
return False
user.iso = iso
else:
# find the first empty slot
for iso in isos:
if iso not in players:
user.iso = iso
break
if not user.iso:
# couldn't find an iso
return False
user.wid = world.wid
users.set_world(user.uid, user.wid, user.iso)
return True
def create_world_entities(world: World, AI=False):
l_countries, l_areas, l_options = load_gtml("game/maps/{}.gtml".format(world.map))
world.max_players = len(l_countries)
country_pops = defaultdict(int)
for area in l_areas:
area.wid = world.wid
area.iso2 = area.iso
if area.unit:
country_pops[area.iso] -= 1
if area.build == 'barr':
country_pops[area.iso] += 3
elif area.build in ('cita','house'):
country_pops[area.iso] += 1
if 'initial_order' in l_options:
if l_options['initial_order'] == 'random':
# randomized order
orders = list(range(len(l_countries)))
random.shuffle(orders)
else:
# map-defined starting order
isos = l_options['initial_order'].split(',')
orders = [isos.index(c.iso) for c in l_countries]
else:
# normal order 0,1,2...
orders = list(range(len(l_countries)))
for i, country in enumerate(l_countries):
country.wid = world.wid
country.ai = AI and i > 0
country.pop = country_pops[country.iso]
country.order = orders[i]
# Number of cities in a map:
# CEIL(N_MAX_PLAYERS * ((N_START_SHIELDS-1)/3))
shields_avg = sum(c.shields for c in l_countries) / len(l_countries)
city_count = sum(1 for el in filter(lambda a: a.tile == 'city', l_areas))
max_city_count = math.ceil(world.max_players * (shields_avg+1)/3)
if city_count > max_city_count:
print("Warning: ", "Max city count exceeded: {} / {}".format(city_count, max_city_count))
#raise Exception()
return l_countries, l_areas
def _set_up_gtml(filename):
adict, l_countries = load_gtml(filename)
return _set_up_game(adict, l_countries)