def perform_action(self, packet, connection):
enemy_connection = None
for c in self.connections:
if connection.addr != c.addr: # Find the enemy team
enemy_connection = c
if packet.ACTION == CLIENT_REQUEST_DATABASE:
# Team object requested
if self.debug:
s_print(f'SERVER: Client requested database')
self.send_packet(connection, SERVER_UPDATE_DATABASE, self.database)
elif packet.ACTION == CLIENT_REQUEST_TEAM_NAME:
if connection.team is None: # Cant request a team name if one is already there.
connection.team = Team(packet.data)
self.send_packet(connection, SERVER_UPDATE_TEAMS,
(connection.team, enemy_connection.team))
self.send_packet(enemy_connection, SERVER_UPDATE_TEAMS,
(enemy_connection.team, connection.team))
else:
self.send_packet(
connection, SERVER_REQUEST_DENIED,
"Couldn't grant team name as team already has one")
elif packet.ACTION == CLIENT_REQUEST_PLAYER_FOR_TEAM:
if connection.team is not None:
drafted_player = self.database.draft_player(packet.data)
if drafted_player is not None:
connection.team.add_to_roster(drafted_player)
self.send_packet(connection, SERVER_UPDATE_TEAMS,
(connection.team, enemy_connection.team))
self.send_packet(enemy_connection, SERVER_UPDATE_TEAMS,
(enemy_connection.team, connection.team))
else:
self.send_packet(
connection, SERVER_REQUEST_DENIED,
"tried to draft an already drafted player")
if self.debug:
s_print(
f'{connection.team.teamname} tried to draft an already drafted player'
)
else:
self.send_packet(connection, SERVER_REQUEST_DENIED,
"Tried to draft without having a team")
if self.debug:
s_print(
f'{connection.addr} tried to draft without having a team'
)
elif packet.ACTION == CLIENT_REQUEST_MATCH:
if connection.team.is_ready() and enemy_connection.team.is_ready():
combat_log = start_match(connection.team,
enemy_connection.team)
self.send_packet(connection, SERVER_UPDATE_MATCH, combat_log)
self.send_packet(enemy_connection, SERVER_UPDATE_MATCH,
combat_log)
else:
self.send_packet(connection, SERVER_REQUEST_DENIED,
"A team is lacking players")
def create_match():
mcode = rand(4)
with open('mcode.txt', 'a') as mfile:
mfile.write(mcode + '\n')
over = int(input('ENTER THE NUMBER OF OVERS: '))
#get team details
team = []
for teams in range(2):
if (teams == 1):
team.append('TEAM')
t = input('\nENTER TEAM NAME: ')
team.append(t)
print(' ENTER PLAYERS OF TEAM ' + t +
' (ADD (c) for Captain and (wk) for WicketKeeper) :')
for players in range(11):
print('PLAYER ', players + 1, end=" ")
p = input('\t\t\t')
team.append(p)
fname = 'teams/team_' + mcode + '.txt'
str_team = '\n'.join(team)
with open(fname, 'w') as tfile:
tfile.write(str_team)
pos = team.index('TEAM')
team1 = team[0:pos]
team1_name = team1[0]
team2 = team[pos + 1:]
team2_name = team2[0]
system('cls')
print('\nMATCH CODE=', mcode, '\n\n')
time.sleep(1)
print('\t\t\t\t ' + f"{team1_name:<6}vs{team2_name:>6}")
for i in range(12):
print('\t\t\t' + f"{team1[i]:<20}{team2[i]:>20}")
won_toss, toss = get_toss(team1_name, team2_name)
print(won_toss + ' won the toss and choose to' + toss)
team = zip(team1, team2)
start_match(mcode, team, won_toss, toss, over)
def test_start_match_argument_types_int(self):
with self.assertRaises(ValueError):
match.start_match(1213, 5123)
def test_start_match_argument_float(self):
with self.assertRaises(ValueError):
match.start_match(1213.4, 5123.2)
def test_start_match(self):
self.assertEqual(match.start_match('Arsenal', 'Tottenham'),
'Match between Arsenal and Tottenham starts')