def test_change_state():
"""Test pour la méthode change_state."""
main.initialization(False)
player = plyr.Player()
player.change_state('little')
assert player.width, player.height == cf.SIZE["little"]
player.change_state('big')
assert player.width, player.height == cf.SIZE["big"]
def test_buttonimage(position, size, mouse):
"""Test pour la classe ButtonImage."""
main.initialization(False)
button = mn.ButtonImage(position, size,
os.path.join(cf.UI, "multiplayer.png"),
os.path.join(cf.UI, "multiplayerpushed.png"))
button.print(mouse)
button.print(position)
button.changlang("fr")
assert button.lang == "fr"
button.changlang("en")
assert button.lang == "en"
def test_move(velx, vely):
"""Test pour la méthode move de la classe Player."""
main.initialization(False)
spt.ground = ut.group_sprite_define()
player = plyr.Player()
xinit, yinit = player.pos.x, player.pos.y
player.vel = ut.Vec(velx, vely)
player.move()
vely += player.acc.y
assert player.pos.x <= xinit + velx + 0.5 * player.acc.x + 0.001\
and player.pos.x >= xinit + velx + 0.5 * player.acc.x - 0.001
assert player.pos.y <= yinit + vely + 0.5 * player.acc.y + 0.001\
and player.pos.y >= yinit + vely + 0.5 * player.acc.y - 0.001
player.timer = 1
player.state = "little"
player.move()
assert player.state == "normal"
player.state = "fast"
player.move()
assert player.vel.x == cf.V_ITEM["fast"]
player.pos.x = (3 * cf.SCREEN_WIDTH) // 4
player.move()
assert player.vel.x == 0
player.state = "slow"
player.move()
assert player.vel.x == cf.V_ITEM["slow"]
player.pos.x = -player.width // 2
player.move()
assert player.vel.x == 0
player.state = "normal"
item = it.Item()
item.pos = player.pos
item.update()
ut.add_to_group(item, spt.items)
player.vel = ut.Vec((0, 0))
player.acc = ut.Vec((0, 0))
player.move()
assert player.state != "normal"
player.state = 'delay'
player.timer = 1
player.move()
assert player.state == "big"
def test_inputzone(position, size):
"""Test pour la classe InputZone."""
main.initialization(False)
zone = mn.InputZone(position, size)
zone.print()
assert not zone.selected
zone.select()
assert zone.selected
zone.deselect()
assert not zone.selected
zone.select()
zone.read(ut.K_s)
zone.read(ut.K_SPACE)
assert zone.input == "S "
zone.read(ut.K_BACKSPACE)
assert zone.input == "S"
zone.read(ut.K_BACKSPACE)
zone.deselect()
zone.read(ut.K_s)
assert zone.input == ""
def test_end_item():
"""Test pour la méthode end_item."""
main.initialization(False)
player = plyr.Player()
player.vel.x = cf.V_ITEM['fast']
player.change_state('little')
player.end_item()
assert player.width, player.height == cf.SIZE["normal"]
assert player.vel.x == 0
player.vel.x = cf.V_ITEM['slow']
player.change_state('big')
player.end_item()
assert player.width, player.height == cf.SIZE["normal"]
assert player.vel.x == 0
# Délai en cas d'obstacle
plat = plt.Platform(player.pos, (1, 1))
ut.add_to_group(plat, spt.ground)
player.state = 'little'
player.end_item()
assert player.width, player.height == cf.SIZE["little"]
def test_jump():
"""Test pour la méthode de saut de la classe Player."""
cf.NB_PLAYERS = 1
_, player = main.initialization(False)
player = player[0]
cf.STATE = cf.State.ingame
# Lancement du saut
player.jump()
assert player.vel.y == -cf.V_JMP
# Quelques tours de boucle
for _ in range(10):
gml.main_loop([player], False)
# Vitesse finale, avec précision prise en compte
assert player.vel.y <= -cf.V_JMP + 10 * cf.G + 0.001\
and player.vel.y >= -cf.V_JMP + 10 * cf.G - 0.001
# Vérification de la possibilité d'un double saut
player.jump()
assert player.vel.y == -cf.V_JMP
def test_run():
"""
Fais un test de run classique.
Lance le jeu, clique sur jouer,
et simule des sauts et des doubles sauts
Parameters
----------
nstep : int
le nombre de secondes à effectuer
"""
cf.NB_PLAYERS = 1
# timer pour faire un double saut
timer = 0
_, players = main.initialization(False)
# clique sur jouer à un joueur
pos = mn.oneplayer_button.position
players = gml.event_handling(players, clic(pos), pos)
# boucle de jeu
while players[0].alive:
# Si on peut sauter, on saute
if players[0].FLAG_JUMP:
players = do_event(players, jump())
timer = 20
# Puis on fait un double saut 10 frames plus tard
if timer == 0 and players[0].FLAG_JUMP_2:
players = do_event(players, jump())
else:
timer -= 1
wrld.update() # Mise à jour de l'environnement
players = gml.main_loop(players, (0, 0))
assert cf.STATE == cf.State.ingame
# on est mort
players = gml.main_loop(players, (0, 0))
assert cf.STATE == cf.State.gameover
def test_buttontext(position, size, mouse, label):
"""Test pour la classe ButtonText."""
main.initialization(False)
button = mn.ButtonText(position, size, label)
button.print(mouse)
def test_main_loop_event():
"""Test pour la fonction main_loop."""
cf.NB_PLAYERS = 3
_, players = main.initialization(False)
assert len(players) == 3
# Menu
cf.LANG = "fr"
cf.STATE = cf.State.menu
players[0].jump() # Pour tester move
players = gml.main_loop(players, (0, 0))
assert players[0].vel.y != 0
# Setup (simple appel pour créer les boutons)
cf.STATE = cf.State.setup
players = gml.main_loop(players, (0, 0))
players = gml.reset_world()
# Languages
cf.STATE = cf.State.languages
players = gml.main_loop(players, (0, 0))
# Langchange
cf.STATE = cf.State.langchange
players = gml.main_loop(players, (0, 0))
players = gml.reset_world()
# Multiplayer_set
cf.STATE = cf.State.multiplayer_set
players = gml.main_loop(players, (0, 0))
players = gml.reset_world()
# Keyset
cf.STATE = cf.State.keyset
players = gml.main_loop(players, (0, 0))
cf.CAPT = True
players = gml.main_loop(players, (0, 0))
cf.NB_PLAYERS = 3
players = gml.reset_world()
# In game
cf.FRAMES = 0
cf.STATE = cf.State.ingame
for _ in range(60):
players = gml.main_loop(players, (0, 0))
assert cf.FRAMES == 60
assert cf.SECONDS == 1
players[0].pos = ut.Vec(-100, -100) # Joueur 1 a perdu
players = gml.main_loop(players, (0, 0))
assert not players[0].alive
assert cf.STATE == cf.State.ingame
players[1].pos = ut.Vec(-100, -100) # Joueur 2 a perdu
players = gml.main_loop(players, (0, 0))
players = gml.main_loop(players, (0, 0))
assert not players[1].alive
assert cf.STATE == cf.State.gameover_multi
assert plyr.WINNER == 2
cf.NB_PLAYERS = 1
cf.STATE = cf.State.ingame
players = gml.reset_world()
assert len(players) == 1
players[0].pos = ut.Vec(-100, -100)
cf.SECONDS = 30 # Record pour l'étape suivante
players = gml.main_loop(players, (0, 0))
players = gml.main_loop(players, (0, 0))
assert cf.STATE == cf.State.gameover
# Game over
cf.CAPT = True
players = gml.main_loop(players, (0, 0))
cf.CAPT = False
scre.PLAYER = "test"
scre.set_best_score(cf.SECONDS)
players = gml.main_loop(players, (0, 0))
assert cf.NEWHS
assert cf.NEWRC
assert scre.get_scores()[0][0] == 30
assert scre.get_best_score() == 30
players = gml.reset_world()
cf.STATE = cf.State.ingame
cf.SECONDS = 29
players[0].alive = False
players = gml.main_loop(players, (0, 0))
assert cf.STATE == cf.State.gameover
cf.CAPT = False
scre.PLAYER = "test"
scre.set_best_score(cf.SECONDS)
players = gml.main_loop(players, (0, 0))
assert scre.get_best_score() == 30
assert cf.NEWHS
assert not cf.NEWRC
assert scre.get_scores()[1][0] == 29
# Game over multi
cf.STATE = cf.State.gameover_multi
# Simple appel à la fonction
players = gml.main_loop(players, (0, 0))
cf.STATE = cf.State.credits
players = gml.main_loop(players, (0, 0))
# Highscores
cf.STATE = cf.State.highscore
# Appel avec un tableau non vide
players = gml.main_loop(players, (0, 0))
scre.init_best_score() # Suppression du contenu
# Appel avec un tableau vide
players = gml.main_loop(players, (0, 0))
def test_event():
"""Test pour la fonction event_handling."""
_, players = main.initialization(False)
# Test pour KEY_DOWN
cf.STATE = cf.State.ingame
for i, P in enumerate(players):
event = ut.make_event(ut.KEYDOWN, {'key': plyr.JUMP_KEYS[i]})
players = gml.event_handling(players, event, (0, 0))
assert P.vel.y == -cf.V_JMP
cf.CAPT = True
cf.STATE = cf.State.keyset
players = gml.event_handling(
players, ut.make_event(ut.KEYDOWN, {'key': ut.K_ESCAPE}), (0, 0))
assert not cf.CAPT
cf.CAPT_PLYR = 1
cf.CAPT = True
players = gml.event_handling(players,
ut.make_event(ut.KEYDOWN, {'key': ut.K_s}),
(0, 0))
assert not cf.CAPT
assert plyr.JUMP_KEYS[1] == ut.K_s
cf.STATE = cf.State.gameover
cf.CAPT = True
mn.player_name_area.select()
players = gml.event_handling(players,
ut.make_event(ut.KEYDOWN, {'key': ut.K_s}),
(0, 0))
assert mn.player_name_area.input == 'S'
players = gml.event_handling(
players, ut.make_event(ut.KEYDOWN, {'key': ut.K_RETURN}), (0, 0))
assert scre.PLAYER == 'S'
assert not cf.CAPT
assert not mn.player_name_area.selected
cf.NB_PLAYERS = 3
players = gml.reset_world()
# Tests pour MOUSEBUTTONDOWN
cf.STATE = cf.State.menu
players[0].jump()
event = ut.make_event(ut.MOUSEBUTTONDOWN)
players = gml.event_handling(players, event, mn.Oneplayer_pos)
assert cf.NB_PLAYERS == 1
assert players[0].vel.y == 0
assert cf.STATE == cf.State.ingame
for bloc in spt.ground:
assert not bloc.FLAG_creation
cf.STATE = cf.State.menu
players = gml.event_handling(players, event, mn.Multiplayer_pos)
players = gml.event_handling(players, event,
mn.Multi_pos[cf.NB_PLAYERS_MAX - 2])
assert cf.NB_PLAYERS == 4
players = gml.event_handling(players, event, mn.Start_pos)
assert players[0].vel.y == 0
assert cf.STATE == cf.State.ingame
for bloc in spt.ground:
assert not bloc.FLAG_creation
cf.STATE = cf.State.menu
players = gml.event_handling(players, event, mn.Records_pos)
assert cf.STATE == cf.State.highscore
cf.STATE = cf.State.menu
players = gml.event_handling(players, event, mn.Settings_pos)
assert cf.STATE == cf.State.setup
cf.STATE = cf.State.languages
lg.set_lang(lg.AVAILABLE[0])
players = gml.event_handling(players, event, mn.Flag_pos[1])
assert cf.STATE == cf.State.menu
assert cf.LANG == lg.AVAILABLE[1]
cf.STATE = cf.State.languages
lg.set_lang(lg.AVAILABLE[1])
players = gml.event_handling(players, event, mn.Flag_pos[0])
assert cf.STATE == cf.State.menu
assert cf.LANG == lg.AVAILABLE[0]
cf.STATE = cf.State.multiplayer_set
players = gml.event_handling(players, event, mn.Multi_pos[1])
assert cf.NB_PLAYERS == 3
players = gml.event_handling(players, event, mn.Return_pos)
assert cf.STATE == cf.State.menu
cf.STATE = cf.State.multiplayer_set
players = gml.event_handling(players, event, mn.Start_pos)
assert cf.STATE == cf.State.ingame
cf.STATE = cf.State.langchange
players = gml.event_handling(players, event, mn.Flag_pos[0])
assert cf.STATE == cf.State.setup
assert cf.LANG == lg.AVAILABLE[0]
cf.STATE = cf.State.langchange
players = gml.event_handling(players, event, mn.Flag_pos[1])
assert cf.STATE == cf.State.setup
assert cf.LANG == lg.AVAILABLE[1]
cf.STATE = cf.State.langchange
lg.set_lang(lg.AVAILABLE[0])
players = gml.event_handling(players, event, mn.Return_pos)
assert cf.STATE == cf.State.setup
assert cf.LANG == lg.AVAILABLE[0]
cf.STATE = cf.State.gameover
players[0].jump()
players = gml.event_handling(players, event, mn.Return_pos)
assert players[0].vel.y == 0
assert cf.STATE == cf.State.menu
cf.STATE = cf.State.gameover
players[0].jump()
players = gml.event_handling(players, event, mn.Restart_pos)
assert players[0].vel.y == 0
for bloc in spt.ground:
assert not bloc.FLAG_creation
assert cf.STATE == cf.State.ingame
cf.STATE = cf.State.highscore
players = gml.event_handling(players, event, mn.Return_pos)
assert cf.STATE == cf.State.menu
cf.STATE = cf.State.setup
players = gml.event_handling(players, event, mn.Language_pos)
assert cf.STATE == cf.State.langchange
cf.CAPT = True
cf.STATE = cf.State.setup
players = gml.event_handling(players, event, mn.Commands_pos)
assert cf.STATE == cf.State.keyset
assert not cf.CAPT
cf.STATE = cf.State.credits
players = gml.event_handling(players, event, mn.Return_pos)
assert cf.STATE == cf.State.menu
cf.STATE = cf.State.menu
players = gml.event_handling(players, event, mn.Credits_pos)
assert cf.STATE == cf.State.credits
cf.STATE = cf.State.setup
players = gml.event_handling(players, event, mn.Return_pos)
assert cf.STATE == cf.State.menu
cf.STATE = cf.State.keyset
players = gml.event_handling(players, event, mn.Return_pos)
assert cf.STATE == cf.State.setup
cf.CAPT = False
cf.STATE = cf.State.keyset
players = gml.event_handling(players, event, ky.Modify_pos[2])
assert cf.CAPT
assert cf.CAPT_PLYR == 2