def test_cycled_programms(self):
programms = (
#(["+++[>++<-]>."], "F"),
#(["+++[>+++++<-]>."], "O"),
#(["++[>+++[>+++<-]<-]>>."], "R"),
#(["++[>++[>+++++<-]<-]>>+."], "U"),
([
r"++[( (>+++++( ",
r" > [ < ",
r" )++) - ",
r" ] ",
r" .+>>]-<( ",
r" ",
r" ",
r" ",
r" ",
r" ",
r" ",
], "U"),
)
for program, rightresult in programms:
game = Game(Map(60,60))
pl = Player("darvin",game)
pl.cast("create_robot", Coords(0,0), Direction('e'))
self.place_operators(pl, program, 0,0)
pl.cast("run")
for i in range(100):
game.tick()
self.assertEqual(rightresult, pl.robots[0].output)
def test_import(self):
programms = (
(["++++++++.>+++++.<++++..++++-."], "HELLO"),
(["++++++++.>+++++.<++++..++++-."], "HELLO"),
(["++++++++.>+++++.<++++..++++-."], "HELLO"),
(["++++++++.>+++++.<++++..++++-."], "HELLO"),
([\
"+++(",\
" +",\
" +",\
".++(",\
"",\
], "G"),
)
for program, rightresult in programms:
mapp = Map.from_list(program)
game = Game(mapp)
pl = Player("darvin", game)
pl.cast("create_robot", Coords(0,0), Direction('e'))
pl.cast("run")
for i in range(100):
game.tick()
self.assertEqual(rightresult, pl.robots[0].output)
def test_many_programms(self):
programms = (
#(["++++++++.>+++++.<++++..++++-."], "HELLO"),
#(["++++++++.>+++++.<++++..++++-."], "HELLO"),
#(["++++++++.>+++++.<++++..++++-."], "HELLO"),
#(["++++++++.>+++++.<++++..++++-."], "HELLO"),
([\
" +++(",\
" +",\
" +",\
" .++(",\
"",\
], "G"),
)
for program, rightresult in programms:
game = Game(Map(60,60))
pl = Player("darvin",game)
pl.cast("create_robot", Coords(0,0), Direction('e'))
self.place_operators(pl, program, 0,0)
pl.cast("run")
for i in range(100):
game.tick()
self.assertEqual(rightresult, pl.robots[0].output)
def test_one_player(self):
game = Game(Map(13,13))
pl = Player("darvin", game)
self.assertEqual(pl.game, game)
pl.cast("create_robot", Coords(0,0), Direction('e'))
program = "+.+.+.+.+"
for op, x in zip(program, range(len(program))):
pl.place_operator(op, Coords(x,0))
pl.cast("run")
for i in range(100):
game.tick()
self.assertEqual("ABCD", pl.robots[0].output)
