class Match(object):
def __init__(self, show_events=False):
self.show_events = show_events
self.event = Event()
self.home = Team('Calgary Flames', 'CGY')
self.road = Team('Edmonton Oilers', 'EDM')
self.period = Period()
self.start_period()
def start_period(self):
self.period.next_period()
self.clock = Clock(self.period)
self.zone = Zone()
self.possession = Possession()
self.play = Play(self.home, self.road, self.zone, self.possession)
self.event.add(self.period, self.clock, self.play(), self.zone)
self.event.add(self.period, self.clock, self.play(), self.zone)
while self.clock.running:
self.next_event()
def end_period(self):
self.clock.end()
self.event.add(self.period, self.clock, self.play.end(), self.zone)
if self.period < 3:
self.start_period()
else:
self.end_game()
def next_event(self):
self.clock.tick()
self.home.lineup.lines.add_toi(self.clock.since_last_tick)
self.road.lineup.lines.add_toi(self.clock.since_last_tick)
if not self.clock.running:
self.end_period()
else:
self.home.lineup.lines.line_change()
self.road.lineup.lines.line_change()
self.event.add(self.period,
self.clock,
self.play(),
self.zone)
def end_game(self):
if self.show_events:
self.event.show()
def start_period(self):
self.period.next_period()
self.clock = Clock(self.period)
self.zone = Zone()
self.possession = Possession()
self.play = Play(self.home, self.road, self.zone, self.possession)
self.event.add(self.period, self.clock, self.play(), self.zone)
self.event.add(self.period, self.clock, self.play(), self.zone)
while self.clock.running:
self.next_event()
class Match(object):
def __init__(self, show_events=False):
self.show_events = show_events
self.event = Event()
self.home = Team('Calgary Flames', 'CGY')
self.road = Team('Edmonton Oilers', 'EDM')
self.period = Period()
self.start_period()
def start_period(self):
self.period.next_period()
self.clock = Clock(self.period)
self.zone = Zone()
self.possession = Possession()
self.play = Play(self.home, self.road, self.zone, self.possession)
self.event.add(self.period, self.clock, self.play(), self.zone)
self.event.add(self.period, self.clock, self.play(), self.zone)
while self.clock.running:
self.next_event()
def end_period(self):
self.clock.end()
self.event.add(self.period, self.clock, self.play.end(), self.zone)
if self.period < 3:
self.start_period()
else:
self.end_game()
def next_event(self):
self.clock.tick()
self.home.lineup.lines.add_toi(self.clock.since_last_tick)
self.road.lineup.lines.add_toi(self.clock.since_last_tick)
if not self.clock.running:
self.end_period()
else:
self.home.lineup.lines.line_change()
self.road.lineup.lines.line_change()
self.event.add(self.period, self.clock, self.play(), self.zone)
def end_game(self):
if self.show_events:
self.event.show()
def test_tick():
period = Period()
clock = Clock(period)
clock.tick()
assert_true(clock.clock > 0)
period = Period()
clock = Clock(period)
clock.tick(30)
assert_equal(30, clock.clock)
def start_period(self):
self.period.next_period()
self.clock = Clock(self.period)
self.zone = Zone()
self.possession = Possession()
self.play = Play(self.home, self.road, self.zone, self.possession)
self.event.add(self.period, self.clock, self.play(), self.zone)
self.event.add(self.period, self.clock, self.play(), self.zone)
while self.clock.running:
self.next_event()
def test_tick():
period = Period()
clock = Clock(period)
clock.tick()
assert_true(clock.clock > 0)
period = Period()
clock = Clock(period)
clock.tick(30)
assert_equal(30, clock.clock)
def test_add():
event = Event()
period = Period()
clock = Clock(period)
possession = Possession()
zone = Zone()
play = Start(None, None, zone, possession)
event.add(period, clock, play, zone)
assert_equal(1, event.event)
assert_true(len(event.events) == 1)
assert_equal(period.period, event.events[0]['period'])
assert_equal('00:00', event.events[0]['elapsed'])
assert_equal('20:00', event.events[0]['remaining'])
assert_equal(play.name, event.events[0]['play'])
assert_equal(zone.name, event.events[0]['zone'])
def test_elapsed():
period = Period()
clock = Clock(period)
assert_equal('00:00', clock.elapsed)
clock.tick(30)
assert_equal('00:30', clock.elapsed)
def test_end():
period = Period()
clock = Clock(period)
clock.end()
assert_true(clock.clock == clock.total_time)
def test_remaining():
period = Period()
clock = Clock(period)
assert_equal('20:00', clock.remaining)
clock.tick(30)
assert_equal('19:30', clock.remaining)
def test_elapsed():
period = Period()
clock = Clock(period)
assert_equal('00:00', clock.elapsed)
clock.tick(30)
assert_equal('00:30', clock.elapsed)
def test_running():
period = Period()
clock = Clock(period)
assert_true(clock.running)
def test_end():
period = Period()
clock = Clock(period)
clock.end()
assert_true(clock.clock == clock.total_time)
def test_init():
period = Period()
clock = Clock(period)
assert_equal(0, clock.clock)
assert_equal(0, clock.last_tick)
assert_equal(1200, clock.total_time)
def test_remaining():
period = Period()
clock = Clock(period)
assert_equal('20:00', clock.remaining)
clock.tick(30)
assert_equal('19:30', clock.remaining)
def test_since_last_tick():
period = Period()
clock = Clock(period)
clock.tick(30)
assert_equal(30, clock.since_last_tick)
def test_since_last_tick():
period = Period()
clock = Clock(period)
clock.tick(30)
assert_equal(30, clock.since_last_tick)
