def testDrilling(self):
# start a game, survey once by each player
service = GameService(DefaultTheme())
name1 = "alice"
well1 = name1[0].upper()
# create the game, join it
gameId = service.new(10, 10, 1)
handle1 = service.join(gameId, name1, well1)
game, player1 = service._readHandle(handle1)
self.assertEquals(False, service.isStarted(handle1))
# start the game
service.start(handle1)
self.assertEquals(True, service.isStarted(handle1))
x, y = 0, 0
# survey
site = Site.deserialize(service.survey(handle1, x, y))
site = Site.deserialize(service.erect(handle1, x, y))
well = site.getWell()
while well.getOutput() is None and well.getDrillDepth() < 10:
well = Well.deserialize(service.drill(handle1, x, y))
def testSneakyDrilling(self):
# start a game, survey once by each player
service = GameService(DefaultTheme())
name1 = "alice"
well1 = name1[0].upper()
# create the game, join it
gameId = service.new(10, 10, 1)
handle1 = service.join(gameId, name1, well1)
game, player1 = service._readHandle(handle1)
self.assertEquals(False, service.isStarted(handle1))
# start the game
service.start(handle1)
self.assertEquals(True, service.isStarted(handle1))
x, y = 0, 0
# survey
site = Site.deserialize(service.survey(handle1, x, y))
site = Site.deserialize(service.erect(handle1, x, y))
well = Well.deserialize(service.drill(handle1, x, y))
self.assertRaises(WildcattingException, service.drill, handle1, x,
y + 1)
def testSimultaneousGame(self):
# start a game, survey once by each player
service = GameService(DefaultTheme())
name1 = "alice"
well1 = name1[0].upper()
name2 = "bob"
well2 = name2[0].upper()
# create the game, join it
gameId = service.new(10, 10, 1)
handle1 = service.join(gameId, name1, well1)
handle2 = service.join(gameId, name2, well2)
game, player1 = service._readHandle(handle1)
game, player2 = service._readHandle(handle2)
self.assertEquals(False, service.isStarted(handle1))
self.assertEquals(False, service.isStarted(handle2))
service.start(handle1)
self.assertEquals(name1, service.getPlayersTurn(handle1))
self.assertEquals(name1, service.getPlayersTurn(handle2))
site1 = Site.deserialize(service.survey(handle1, 0, 0))
self.assertEquals(name2, service.getPlayersTurn(handle1))
self.assertEquals(name2, service.getPlayersTurn(handle2))
site2 = Site.deserialize(service.survey(handle2, 0, 1))
service.endTurn(handle1)
service.endTurn(handle2)
def testSite(self):
site1 = Site(1, 1)
obj1 = site1.serialize()
site2 = Site.deserialize(obj1)
obj2 = site2.serialize()
self.assertEqual(obj1, obj2)
def _runWeeklyReport(self):
player = self._wildcatting.getPlayersTurn()
handle = self._clientInfo.getPlayerHandle(player)
symbol = self._clientInfo.getPlayerSymbol(player)
report = WeeklyReport(self._wildcatting.getPlayerField(), player,
symbol, self._wildcatting.getWeek(),
self._setting, self._wildcatting.getOilPrice())
reportView = WeeklyReportView(self._stdscr, report,
self._wildcatting.getPlayerField())
reportView.display()
actions = {}
while not "nextPlayer" in actions:
actions = reportView.input()
if "sell" in actions:
row, col = actions["sell"]
site = self._wildcatting.getPlayerField().getSite(row, col)
if site.getWell().isSold():
continue
self._server.game.sell(handle, row, col)
site = Site.deserialize(
self._server.game.getPlayerSite(handle, row, col))
self._wildcatting.updatePlayerField(site)
report = WeeklyReport(self._wildcatting.getPlayerField(),
player, symbol,
self._wildcatting.getWeek(),
self._setting,
self._wildcatting.getOilPrice())
reportView.setField(self._wildcatting.getPlayerField())
reportView.setReport(report)
reportView.display()
def _survey(self, row, col):
site = self._wildcatting.getPlayerField().getSite(row, col)
surveyed = site.isSurveyed()
if not surveyed:
site = Site.deserialize(
self._server.game.survey(self._getCurrentHandle(), row, col))
self._wildcatting.updatePlayerField(site)
report = SurveyorsReportView(self._stdscr, site, surveyed)
report.display()
return report.input()
def testGameWithoutSurvey(self):
service = GameService(DefaultTheme())
name1 = "alice"
well1 = name1[0].upper()
name2 = "bob"
well2 = name2[0].upper()
name3 = "carol"
well3 = name3[0].upper()
# create the game, join it
gameId = service.new(10, 10, 1)
handle1 = service.join(gameId, name1, well1)
handle2 = service.join(gameId, name2, well2)
handle3 = service.join(gameId, name3, well3)
game, player1 = service._readHandle(handle1)
game, player2 = service._readHandle(handle2)
game, player3 = service._readHandle(handle3)
service.start(handle1)
self.assertEquals(name1, service.getPlayersTurn(handle1))
self.assertEquals(name1, service.getPlayersTurn(handle2))
self.assertEquals(name1, service.getPlayersTurn(handle3))
site1 = Site.deserialize(service.survey(handle1, 0, 0))
service.endTurn(handle1)
self.assertEquals(name2, service.getPlayersTurn(handle1))
self.assertEquals(name2, service.getPlayersTurn(handle2))
self.assertEquals(name2, service.getPlayersTurn(handle3))
service.endTurn(handle2)
self.assertEquals(name3, service.getPlayersTurn(handle1))
self.assertEquals(name3, service.getPlayersTurn(handle2))
self.assertEquals(name3, service.getPlayersTurn(handle3))
service.endTurn(handle3)
self.assertEquals(name1, service.getPlayersTurn(handle1))
self.assertEquals(name1, service.getPlayersTurn(handle2))
self.assertEquals(name1, service.getPlayersTurn(handle3))
def testSneakyErecting(self):
# start a game, survey once by each player
service = GameService(DefaultTheme())
name1 = "alice"
well1 = name1[0].upper()
# create the game, join it
gameId = service.new(10, 10, 1)
handle1 = service.join(gameId, name1, well1)
game, player1 = service._readHandle(handle1)
self.assertEquals(False, service.isStarted(handle1))
# start the game
service.start(handle1)
self.assertEquals(True, service.isStarted(handle1))
# survey
site1 = Site.deserialize(service.survey(handle1, 0, 0))
# make sure we can't erect elsewhere
self.assertRaises(WildcattingException, service.survey, handle1, 0, 1)
def testShortGame(self):
# start a game, survey once by each player
service = GameService(DefaultTheme())
name1 = "alice"
well1 = name1[0].upper()
name2 = "bob"
well2 = name2[0].upper()
# create the game, join it
gameId = service.new(10, 10, 1)
handle1 = service.join(gameId, name1, well1)
handle2 = service.join(gameId, name2, well2)
game, player1 = service._readHandle(handle1)
game, player2 = service._readHandle(handle2)
self.assertEquals(False, service.isStarted(handle1))
self.assertEquals(False, service.isStarted(handle2))
# make sure player 2 isn't the game master
self.assertRaises(WildcattingException, service.start, handle2)
# start the game
service.start(handle1)
# make sure both players see the game started
self.assertEquals(True, service.isStarted(handle1))
self.assertEquals(True, service.isStarted(handle2))
# make sure it's week 1
game, player = service._readHandle(handle1)
self.assertEquals(1, game.getWeek().getWeekNum())
# it's player 1's turn - make sure player 2 can't survey
self.assertRaises(WildcattingException, service.survey, handle2, 0, 0)
# survey as player 1
site1 = Site.deserialize(service.survey(handle1, 0, 0))
# make sure player 1 can't survey twice in one turn
self.assertRaises(WildcattingException, service.survey, handle1, 0, 0)
# end player 1's turn
service.endTurn(handle1)
# make sure player 1 can't survey anymore
self.assertRaises(WildcattingException, service.survey, handle1, 0, 0)
# make sure it's still week 1
game, player = service._readHandle(handle1)
self.assertEquals(1, game.getWeek().getWeekNum())
# survey as player 2
site2 = Site.deserialize(service.survey(handle2, 0, 1))
# end player 2's turn
service.endTurn(handle2)
# make sure player 2 can't survey anymore
self.assertRaises(WildcattingException, service.survey, handle2, 0, 0)
# make sure week is 2
game, player = service._readHandle(handle1)
self.assertEquals(2, game.getWeek().getWeekNum())
# make sure both players see the game ended
self.assertEquals(True, service.isFinished(handle1))
self.assertEquals(True, service.isFinished(handle2))
def _drillAWell(self, row, col):
site = Site.deserialize(
self._server.game.erect(self._getCurrentHandle(), row, col))
self._wildcatting.updatePlayerField(site)
if site.getWell().getOutput() is None:
self._runDrill(row, col)