def test6(self):
print("Advance Culture and put great person on board now")
G = TestHelper.DeployTestGame("test1", "game-55.json", "America")
PA = G.playA()
PA.readBoard()
PA.playSingleCommand(CO.Command.GREATPERSONPUTNOW,lambda x : misc.eqP({"row" : 2, "col" : 2}, x['p']),
lambda b : misc.eqP({"row" : 1, "col" : 1}, b['p']) and b['greatperson'] == "LouisPasteur")
PA.readBoard()
s = getSquare(PA, 1,1)
print(s)
print("Scientist is expected here")
self.assertEqual(s["greatpersontype"], "Scientist")
G.deleteGame()
def test4(self):
print("Test BUYWONDER")
G = TestHelper.DeployTestGame("test1", "game-54.json", "America")
PA = G.playA()
PA.readBoard()
PA.playSingleCommand(CO.Command.GREATPERSONPUT,lambda x : misc.eqP({"row" : 2, "col" : 2}, x['p']),
lambda b : misc.eqP({"row" : 1, "col" : 1}, b['p']) and b['greatperson'] == "AlanTuring")
PA.readBoard()
s = getSquare(PA, 1,1)
print(s)
print("Scientist is expected here")
self.assertEqual(s["greatpersontype"], "Scientist")
G.deleteGame()
def test3(self):
print("Test BUYWONDER")
G = TestHelper.DeployTestGame("test1", "game-53.json", "America")
PA = G.playA()
PA.readBoard()
PA.playSingleCommand(CO.Command.BUYWONDER,lambda x : misc.eqP({"row" : 2, "col" : 2}, x['p']),
lambda b : misc.eqP({"row" : 1, "col" : 1}, b['p']) and b['wonder'] == "TheColossus")
PA.readBoard()
s = getSquare(PA, 1,1)
print(s)
print("TheCollosus is expected to be there")
self.assertEqual(s["wonder"], "TheColossus")
G.deleteGame()
def test3(self):
print("Test BUYBUILDING")
G = TestHelper.DeployTestGame("test1", "game-43.json", "America")
PA = G.playA()
PA.readBoard()
PA.playSingleCommand(
CO.Command.BUYBUILDING, lambda x: misc.eqP({
"row": 2,
"col": 2
}, x['p']), lambda b: misc.eqP({
"row": 1,
"col": 1
}, b['p']) and b['building'] == "Temple")
print("Check whether Temple is built on (1,1)")
PA.readBoard()
s = getSquare(PA, 1, 1)
print(s)
self.assertEqual(s["building"], "Temple")
G.deleteGame()
def _run(self):
G = TestHelper.DeployTestGame("test1", "game-32.json", "America")
PA = G.playA()
# PA.playSingleCommand(CO.Command.STARTMOVE, lambda x : (x['p']['row'] == 2 and x['p']['col'] == 2))
PA.readBoard()
PA.playSingleCommand(CO.Command.STARTMOVE,
lambda x: misc.eqP({
"row": 2,
"col": 2
}, x['p']))
PA.readBoard()
PA.playSingleCommand(CO.Command.MOVE,
lambda x: misc.eqP({
"row": 2,
"col": 1
}, x))
PA.readBoard()
PA.playSingleCommand(CO.Command.MOVE,
lambda x: misc.eqP({
"row": 1,
"col": 1
}, x))
PA.readBoard()
return (G, PA)
def test1(self):
print("Test SPENDTRADE")
G = TestHelper.DeployTestGame("test1", "game-51.json", "America")
PA = G.playA()
PA.readBoard()
s = getSquare(PA, 2, 2)
print(s)
t = getPlayerTrade(PA)
print(t)
self.assertEqual(s['production'],5)
self.assertEqual(t,7)
PA.playSingleCommand(CO.Command.SPENDTRADE,lambda x : misc.eqP({"row" : 2, "col" : 2}, x['p']),param=3)
PA.readBoard()
s = getSquare(PA, 2, 2)
print(s)
print("Production increased to 8")
self.assertEqual(s['production'],8)
t = getPlayerTrade(PA)
print(t)
print("Trade decreased to 1 (7 - 2 * 3).")
self.assertEqual(t,1)
G.deleteGame()
def onList(p, l):
for i in l:
if misc.eqP(i, p): return True
return False