def test3(self):
#
# Three 5 seats tables (0, 1, 2)
# table 0 : 2 players
# table 1 : 5 players (running)
# table 2 : 5 players (running)
#
games = self.games[:3]
games[0].serial2player = {}
games[0].max_players = 5
for serial in (1, 2):
games[0].serial2player[serial] = None
games[1].serial2player = {}
games[1].max_players = 5
games[1].state = "turn"
for serial in (100, 101, 102, 103, 104):
games[1].serial2player[serial] = None
games[2].serial2player = {}
games[2].max_players = 5
games[2].state = "turn"
for serial in (200, 201, 202, 203, 204):
games[2].serial2player[serial] = None
#
# Games that could provide players are running and can't
# provide players. Nothing can be done.
#
self.assertEqual(equalizeGames(games), [])
#
# Three 5 seats tables (0, 1, 2)
# table 0 : 2 players (running)
# table 1 : 5 players (running)
# table 2 : 5 players
#
games[0].state = "turn"
games[2].state = "end"
#
# Game 2 provide 2 players to game 0
#
self.assertEqual(equalizeGames(games), [(2, 0, 200), (2, 0, 201)])
def test3(self):
#
# Three 5 seats tables (0, 1, 2)
# table 0 : 2 players
# table 1 : 5 players (running)
# table 2 : 5 players (running)
#
games = self.games[:3]
games[0].serial2player = {}
games[0].max_players = 5
for serial in (1, 2):
games[0].serial2player[serial] = None
games[1].serial2player = {}
games[1].max_players = 5
games[1].state = "turn"
for serial in (100, 101, 102, 103, 104):
games[1].serial2player[serial] = None
games[2].serial2player = {}
games[2].max_players = 5
games[2].state = "turn"
for serial in (200, 201, 202, 203, 204):
games[2].serial2player[serial] = None
#
# Games that could provide players are running and can't
# provide players. Nothing can be done.
#
self.assertEqual(equalizeGames(games), [])
#
# Three 5 seats tables (0, 1, 2)
# table 0 : 2 players (running)
# table 1 : 5 players (running)
# table 2 : 5 players
#
games[0].state = "turn"
games[2].state = "end"
#
# Game 2 provide 2 players to game 0
#
self.assertEqual(equalizeGames(games), [(2, 0, 200), (2, 0, 201)])
def test2(self):
#
# Two 5 seats tables (0, 1)
# table 0 : 2 players
# table 1 : 5 players
#
games = self.games[:2]
games[0].serial2player = {}
games[0].max_players = 5
for serial in (1, 2):
games[0].serial2player[serial] = None
games[1].serial2player = {}
games[1].max_players = 5
for serial in (100, 101, 102, 103, 104):
games[1].serial2player[serial] = None
self.assertEqual(equalizeGames(games), [(1, 0, 100), (1, 0, 101)])
def test2(self):
#
# Two 5 seats tables (0, 1)
# table 0 : 2 players
# table 1 : 5 players
#
games = self.games[:2]
games[0].serial2player = {}
games[0].max_players = 5
for serial in (1, 2):
games[0].serial2player[serial] = None
games[1].serial2player = {}
games[1].max_players = 5
for serial in (100, 101, 102, 103, 104):
games[1].serial2player[serial] = None
self.assertEqual(equalizeGames(games), [(1, 0, 100), (1, 0, 101)])
def test1(self):
"""
"""
#
# Five 10 seats tables (0 to 4)
# table 0 : 8 players
# table 1 : 8 players
# table 2 : 7 players
# table 3 : 7 players
# table 4 : 2 players
#
counts = [8, 8, 7, 7, 2]
for game in self.games:
game.serial2player = {}
for serial in xrange(counts.pop(0)):
game.serial2player[game.id * 100 + serial] = None
#
# 2 players move
#
# table 0 : 8 players -> 1 leave to table 4
# table 1 : 8 players -> 1 leave to table 4
# table 2 : 7 players
# table 3 : 7 players
# table 4 : 2 players <- 2 arrive from table 0 and 1
#
self.assertEqual(equalizeGames(self.games[:]), [(0, 4, 0), (1, 4, 100)])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 8 players
# table 2 : 3 players
# table 3 : 9 players
# table 4 : 5 players
#
counts = [10, 8, 3, 9, 5]
for game in self.games:
game.serial2player = {}
for serial in xrange(counts.pop(0)):
game.serial2player[game.id * 100 + serial] = None
#
# 6 players move
#
# table 0 : 10 players -> 3 leave (2 to table 2, 1 to table 4)
# table 1 : 8 players -> 1 leave (to table 2)
# table 2 : 3 players <- 4 arrive (2 from table 0, 1 from table 2, 1 from table 3)
# table 3 : 9 players -> 2 leave (1 to table 2, 1 to table 4)
# table 4 : 5 players <- 2 arrive (1 from table 0, 1 from table 3)
#
self.assertEqual(equalizeGames(self.games[:]), [
(0, 4, 0),
(0, 2, 1),
(0, 4, 2),
(1, 2, 100),
(3, 4, 300),
(3, 2, 301)])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 10 players
# table 2 : 10 players
# table 3 : 10 players
# table 4 : 10 players
#
counts = [10, 10, 10, 10, 10]
for game in self.games:
game.serial2player = {}
for serial in xrange(counts.pop(0)):
game.serial2player[game.id * 100 + serial] = None
#
# Nothing to be done
#
self.assertEqual(equalizeGames(self.games[:]), [])
def test1(self):
"""
"""
#
# Five 10 seats tables (0 to 4)
# table 0 : 8 players
# table 1 : 8 players
# table 2 : 7 players
# table 3 : 7 players
# table 4 : 2 players
#
counts = [8, 8, 7, 7, 2]
for game in self.games:
game.serial2player = {}
for serial in xrange(counts.pop(0)):
game.serial2player[game.id * 100 + serial] = None
#
# 2 players move
#
# table 0 : 8 players -> 1 leave to table 4
# table 1 : 8 players -> 1 leave to table 4
# table 2 : 7 players
# table 3 : 7 players
# table 4 : 2 players <- 2 arrive from table 0 and 1
#
self.assertEqual(equalizeGames(self.games[:]), [(0, 4, 0), (1, 4, 100)])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 8 players
# table 2 : 3 players
# table 3 : 9 players
# table 4 : 5 players
#
counts = [10, 8, 3, 9, 5]
for game in self.games:
game.serial2player = {}
for serial in xrange(counts.pop(0)):
game.serial2player[game.id * 100 + serial] = None
#
# 6 players move
#
# table 0 : 10 players -> 3 leave (2 to table 2, 1 to table 4)
# table 1 : 8 players -> 1 leave (to table 2)
# table 2 : 3 players <- 4 arrive (2 from table 0, 1 from table 2, 1 from table 3)
# table 3 : 9 players -> 2 leave (1 to table 2, 1 to table 4)
# table 4 : 5 players <- 2 arrive (1 from table 0, 1 from table 3)
#
self.assertEqual(equalizeGames(self.games[:]), [
(0, 4, 0),
(0, 2, 1),
(0, 4, 2),
(1, 2, 100),
(3, 4, 300),
(3, 2, 301)])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 10 players
# table 2 : 10 players
# table 3 : 10 players
# table 4 : 10 players
#
counts = [10, 10, 10, 10, 10]
for game in self.games:
game.serial2player = {}
for serial in xrange(counts.pop(0)):
game.serial2player[game.id * 100 + serial] = None
#
# Nothing to be done
#
self.assertEqual(equalizeGames(self.games[:]), [])