def test2(self):
#
# Two 5 seats tables (0, 1)
# table 0 : 2 players
# table 1 : 3 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):
games[1].serial2player[serial] = None
self.assertEqual(breakGames(games), [(0, 1, [1, 2])])
def test2(self):
#
# Two 5 seats tables (0, 1)
# table 0 : 2 players
# table 1 : 3 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):
games[1].serial2player[serial] = None
self.assertEqual(breakGames(games), [(0, 1, [1, 2])])
def test3(self):
"""
"""
#
# Five 10 seats tables (0 to 4), each with 5 players
#
counts = [5] * NGAMES
for game in self.games:
for serial in xrange(counts.pop()):
game.serial2player[game.id * 100 + serial] = None
game.state = "turn"
#
# Tables 0, 1, 2, 3 are running and will not be broken.
# Only table 4 is not running and can be broken.
#
self.games[4].state = "end"
#
# Players from table 4 go to table 3
#
self.assertEqual(breakGames(self.games[:]), [(4, 3, [400, 401, 402, 403, 404])])
def test3(self):
"""
"""
#
# Five 10 seats tables (0 to 4), each with 5 players
#
counts = [5] * NGAMES
for game in self.games:
for serial in xrange(counts.pop()):
game.serial2player[game.id * 100 + serial] = None
game.state = "turn"
#
# Tables 0, 1, 2, 3 are running and will not be broken.
# Only table 4 is not running and can be broken.
#
self.games[4].state = "end"
#
# Players from table 4 go to table 3
#
self.assertEqual(breakGames(self.games), [(4, 3, [400, 401, 402, 403, 404])])
def test1(self):
"""
"""
#
# Five 10 seats tables (0 to 4), each with 5 players
#
counts = [5] * NGAMES
for game in self.games:
for serial in xrange(counts.pop()):
game.serial2player[game.id * 100 + serial] = None
#
# Players from table 0 go to table 4
# Players from table 1 to to table 3
#
self.assertEqual(breakGames(self.games[:]), [
(0, 4, [0, 1, 2, 3, 4]),
(1, 3, [104, 100, 101, 102, 103])
])
#
# Five 10 seats tables (0 to 4), table 0 with 10 players,
# tables 1 to 4 with 5 players
#
for serial in xrange(5,10):
self.games[0].serial2player[serial] = None
#
# Players from table 1 go to table 4
# Players from table 2 go to table 3
#
self.assertEqual(breakGames(self.games[:]), [
(1, 4, [104, 100, 101, 102, 103]),
(2, 3, [200, 201, 202, 203, 204])
])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 7 players
# table 2 : 7 players
# table 3 : 7 players
# table 4 : 7 players
#
for game in self.games:
for serial in xrange(5,7):
game.serial2player[game.id * 100 + serial] = None
#
# Players from table 1 are spread on tables
# 4, 3, 2
#
self.assertEqual(breakGames(self.games[:]), [
(1, 4, [100, 101, 102]),
(1, 3, [103, 104, 105]),
(1, 2, [106])
])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 7 players
# table 2 : 7 players
# table 3 : 9 players
# table 4 : 7 players
#
for serial in xrange(7,9):
self.games[3].serial2player[300 + serial] = None
#
# Players from table 1 are spread on tables
# 3, 4, 2. Table 3 is chosen first because it is the
# table with the largest number of players.
#
self.assertEqual(breakGames(self.games[:]), [
(1, 3, [100]),
(1, 4, [101, 102, 103]),
(1, 2, [104, 105, 106])
])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 8 players
# table 2 : 7 players
# table 3 : 9 players
# table 4 : 7 players
#
for serial in xrange(7,8):
self.games[1].serial2player[100 + serial] = None
#
# Can't break any table : 6 free seats and smallest table
# has seven players.
#
self.assertEqual(breakGames(self.games[:]), [])
def test1(self):
"""
"""
#
# Five 10 seats tables (0 to 4), each with 5 players
#
counts = [5] * NGAMES
for game in self.games:
for serial in xrange(counts.pop()):
game.serial2player[game.id * 100 + serial] = None
#
# Players from table 0 go to table 4
# Players from table 1 to to table 3
#
self.assertEqual(breakGames(self.games), [
(0, 4, [0, 1, 2, 3, 4]),
(1, 3, [104, 100, 101, 102, 103])
])
#
# Five 10 seats tables (0 to 4), table 0 with 10 players,
# tables 1 to 4 with 5 players
#
for serial in xrange(5,10):
self.games[0].serial2player[serial] = None
#
# Players from table 1 go to table 4
# Players from table 2 go to table 3
#
self.assertEqual(breakGames(self.games), [
(1, 4, [104, 100, 101, 102, 103]),
(2, 3, [200, 201, 202, 203, 204])
])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 7 players
# table 2 : 7 players
# table 3 : 7 players
# table 4 : 7 players
#
for game in self.games:
for serial in xrange(5,7):
game.serial2player[game.id * 100 + serial] = None
#
# Players from table 1 are spread on tables
# 4, 3, 2
#
self.assertEqual(breakGames(self.games), [
(1, 4, [100, 101, 102]),
(1, 3, [103, 104, 105]),
(1, 2, [106])
])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 7 players
# table 2 : 7 players
# table 3 : 9 players
# table 4 : 7 players
#
for serial in xrange(7,9):
self.games[3].serial2player[300 + serial] = None
#
# Players from table 1 are spread on tables
# 3, 4, 2. Table 3 is chosen first because it is the
# table with the largest number of players.
#
self.assertEqual(breakGames(self.games), [
(1, 3, [100]),
(1, 4, [101, 102, 103]),
(1, 2, [104, 105, 106])
])
#
# Five 10 seats tables (0 to 4)
# table 0 : 10 players
# table 1 : 8 players
# table 2 : 7 players
# table 3 : 9 players
# table 4 : 7 players
#
for serial in xrange(7,8):
self.games[1].serial2player[100 + serial] = None
#
# Can't break any table : 6 free seats and smallest table
# has seven players.
#
self.assertEqual(breakGames(self.games), [])