def __init__(self):
self.inventory = inventory()
self.stats = Stats()
self.name = ""
self.gender = ""
self.ledger = ledger()
self.stats.money = 0.0
def main():
clear()
pack = inventory()
print pack.display_inventory()
potion = item(potion_dict)
water_stone = item(water_stone_dict)
print potion
print pack.add_items(potion, 1)
print pack.display_inventory()
print "\n"
print pack.add_items(potion, 1)
print pack.add_items(item(poke_ball_dict), 5)
print pack.add_items(item(superpotion_dict), 1)
print pack.add_items(item(full_heal_dict), 1)
print pack.add_items(item(full_restore_dict), 1)
print pack.display_inventory('medicine')
print pack.add_items(water_stone, 1)
print pack.display_inventory()
print "Get item {}\n".format(str(pack.get_item("Potion")))
print "Get item {}\n".format(str(pack.get_item("Water Stone")))
print "Get item {}\n".format(str(pack.get_item("Poke Ball")))
print "Use item {}\n".format(str(pack.use_items("Poke Ball", 1)))
print "Use item {}\n".format(str(pack.use_items("Super Potion", 1)))
print "Use item {}\n".format(str(pack.use_items("Water Stone", 1)))
print pack.display_inventory()
print pack.display_inventory()
#
#
input = "full "
test_item = pack.get_item(input)
if test_item is not None:
print test_item.name
else:
print "RETURNED NONE\n"
def main():
clear()
pack = inventory()
print pack.display_inventory()
potion = item(potion_dict)
water_stone = item(water_stone_dict)
print potion
print pack.add_items(potion, 1)
print pack.display_inventory()
print "\n"
print pack.add_items(potion, 1)
print pack.add_items(item(poke_ball_dict), 5)
print pack.add_items(item(superpotion_dict), 1)
print pack.add_items(item(full_heal_dict), 1)
print pack.add_items(item(full_restore_dict), 1)
print pack.display_inventory("medicine")
print pack.add_items(water_stone, 1)
print pack.display_inventory()
print "Get item {}\n".format(str(pack.get_item("Potion")))
print "Get item {}\n".format(str(pack.get_item("Water Stone")))
print "Get item {}\n".format(str(pack.get_item("Poke Ball")))
print "Use item {}\n".format(str(pack.use_items("Poke Ball", 1)))
print "Use item {}\n".format(str(pack.use_items("Super Potion", 1)))
print "Use item {}\n".format(str(pack.use_items("Water Stone", 1)))
print pack.display_inventory()
print pack.display_inventory()
#
#
input = "full "
test_item = pack.get_item(input)
if test_item is not None:
print test_item.name
else:
print "RETURNED NONE\n"
def player():
print "What would you like to do?"
player_choice = raw_input("> ").lower()
if player_choice in ['i','inventory']:
print"inventory?"
inventory()
player()
elif player_choice in ['m','move']:
print "move"
player()
elif player_choice in ['e','exit']:
print "good bye"
exit(1)
else:
print "what?"
player()
def remove(pkglist=None):
nk = []
inv = inventory()
if (type(pkglist) == str):
pkglist = [pkglist]
if (pkglist == None):
cats = get_catpkgs()
catss = cats.keys()
catss.sort()
for cat in catss:
#print "Category: %s"%(cat)
cats[cat].sort()
for pkg in cats[cat]:
nk.append(pkg)
else:
for pkg in pkglist:
nk.append(pkg)
# determine all dependent packages to remove
rblist = []
for p in nk: # find all packages that depend on the list
pkg = global_recipes[p]
rblist.append(p)
rblist.extend(pkg.get_dependents())
rblist = list(set(rblist))
# uniquefy the list
#print rblist;
rmlist = []
# remove currently uninstalled packages from list of pkgs
for p in rblist:
if (not global_recipes[p].satisfy()):
rmlist.append(p)
elif not inv.has(p):
rmlist.append(p)
for p in rmlist:
rblist.remove(p)
#print rblist;
# remove effected packages
print "\nRemoving the following packages: " + str(rblist)
if rblist == []:
print "\nNothing to do!"
return
confirm = raw_input("\nContinue (y or n) ")
if (confirm == "y" or confirm == 'Y'):
for p in rblist: #
try:
pkg = global_recipes[p]
except:
die("package not found: %s" % (p))
pkg.uninstall()
print "uninstalled " + p
clean(p)
else:
print "Operation cancelled!"
def remove(pkglist=None):
nk = [];
inv = inventory()
if(type(pkglist) == str):
pkglist = [pkglist];
if(pkglist == None):
cats = get_catpkgs();
catss = cats.keys();
catss.sort();
for cat in catss:
#print "Category: %s"%(cat)
cats[cat].sort();
for pkg in cats[cat]:
nk.append(pkg);
else:
for pkg in pkglist:
nk.append(pkg);
# determine all dependent packages to remove
rblist = [];
for p in nk: # find all packages that depend on the list
pkg = global_recipes[p];
rblist.append(p);
rblist.extend(pkg.get_dependents());
rblist = list(set(rblist)); # uniquefy the list
#print rblist;
rmlist = [];
# remove currently uninstalled packages from list of pkgs
for p in rblist:
if(not global_recipes[p].satisfy()):
rmlist.append(p);
elif not inv.has(p):
rmlist.append(p)
for p in rmlist:
rblist.remove(p);
#print rblist;
# remove effected packages
print "\nRemoving the following packages: " + str(rblist)
if rblist == []:
print "\nNothing to do!"
return
confirm = raw_input("\nContinue (y or n) ")
if(confirm=="y" or confirm=='Y'):
for p in rblist: #
try:
pkg = global_recipes[p];
except:
die("package not found: %s"%(p));
pkg.uninstall();
print "uninstalled "+p;
clean(p);
else:
print "Operation cancelled!"
def __init__(self):
self.basic = initialiseBasic()
self.attributes = initialiseAttributes()
self.vitality = initialiseVitality()
self.proficient_skills = initialiseProficientSkills()
self.feats = initialiseFeats()
self.skills = calculateSkills(self.attributes,self.proficient_skills,self.basic)
self.inventory = inventory()
self.equipped = equipped(self.inventory)
self.combat = calculateCombat(self.attributes,self.basic,self.equipped)
self.spells = initialiseSpells()
def set_inventory(trainer=None):
pack = inventory()
pack.trainer = trainer
print pack.add_items(item(custom_ball_dict), 50)
print pack.add_items(item(poke_ball_dict), 50)
print pack.add_items(item(great_ball_dict), 50)
print pack.add_items(item(ultra_ball_dict), 50)
print pack.add_items(item(master_ball_dict), 1)
print pack.add_items(item(superpotion_dict), 1)
print pack.add_items(item(potion_dict), 5)
print pack.add_items(item(superpotion_dict), 5)
print pack.add_items(item(full_heal_dict), 5)
print pack.add_items(item(revive_dict), 5)
return pack
def set_inventory(trainer=None):
pack = inventory()
pack.trainer = trainer
print pack.add_items(item(custom_ball_dict), 50)
print pack.add_items(item(poke_ball_dict), 50)
print pack.add_items(item(great_ball_dict), 50)
print pack.add_items(item(ultra_ball_dict), 50)
print pack.add_items(item(master_ball_dict), 1)
print pack.add_items(item(superpotion_dict), 1)
print pack.add_items(item(potion_dict), 5)
print pack.add_items(item(superpotion_dict), 5)
print pack.add_items(item(full_heal_dict), 5)
print pack.add_items(item(revive_dict), 5)
return pack
def main():
inv = inventory("inventory.tsv")
expireditems = []
with open("expiredscan") as f:
scannedbarcodes = f.readlines()
for each in scannedbarcodes:
each = each.rstrip()#get rid of newlines
item = inv.findrecord(each)
row = {}
row["PARTNUMBER"] = item["PARTNUMBER"]
row["ALTPARTNUMBER"] = item["ALTPARTNUMBER"]
row["DESCRIPTION1"] = item["DESCRIPTION1"]
row["STOCKONHAND"] = str(float(item["STOCKONHAND"])+1)
print(row)
expireditems.append(row)
writeupdate(expireditems)
def use(self, game):
if self.obj:
if self.obj.item.spell:
if self.obj.item.qty <= 1:
for slot in self.owner.slots: # make sure any of the other slots that use this item are also removed
if slot.obj == self.obj and slot != self:
slot.remove_object()
self.obj.item.use(game.player.fighter.inventory, game.player, game)
self.remove_object()
else:
self.obj.item.use(game.player.fighter.inventory, game.player, game)
elif self.obj.equipment:
pass
return 'turn-used'
else:
chosen_item = inventory(self.con, game.player, game)
if chosen_item:
self.attach_object(chosen_item)
def use(self, game):
if self.obj:
if self.obj.item.spell:
if self.obj.item.qty <= 1:
for slot in self.owner.slots: # make sure any of the other slots that use this item are also removed
if slot.obj == self.obj and slot != self:
slot.remove_object()
self.obj.item.use(game.player.fighter.inventory,
game.player, game)
self.remove_object()
else:
self.obj.item.use(game.player.fighter.inventory,
game.player, game)
elif self.obj.equipment:
pass
return 'turn-used'
else:
chosen_item = inventory(self.con, game.player, game)
if chosen_item:
self.attach_object(chosen_item)
def __init__(self, vie=500, PO=1000, posX=2, posY=1, attaque=25, lvl=10):
self.ranges = 2
self.img = Global.guarde_de_la_porte
self.kick = Kick.Kick()
# definition du perso
nom = "Guarde de la porte"
desc = "Il ne compte quand même que pour un !"
inv = inventory()
super().__init__(self.img,
nom,
desc,
inv,
vie,
PO,
posX,
posY,
attaque,
lvl,
ranges=self.ranges)
def create_trainer_2():
tc = trainer_class(pokemon_trainer_dict)
pokedex_dict = {
'creator': "The Professor",
'version': "1.0",
'mode': "Local",
'max entries': 150,
'seen': 0,
'obtained': 0,
'local entries': dict(),
'national entries': dict()
}
player_dict = {
'name': 'Karl',
'gender': 'Male',
'age': 21,
'region': 'Orre',
'hometown': 'Gateon Port',
'height': "{}\'{}\"".format(6, 1),
'weight': "{} lbs.".format(175),
'trainer class': trainer_class(pokemon_trainer_dict),
'trainer id': generate_id(),
'pokedex': None,
'party': [],
'badges': {},
'money': 3000,
'is player': True,
'wins': 0,
'losses': 0,
'draws': 0
}
player = trainer(trainer_dict=player_dict)
player.pokedex = pokedex(dex_dict=pokedex_dict, trainer=player)
inv = inventory(inv_dict=test_inv_dict)
inv.set_owner(player)
player.inventory = set_inventory(trainer=player)
#player.capture_pokemon(pokemon(gd=squirtle_d)._randomize_vital_statistics(set_level=5))
return player
def create_trainer_1():
tc = trainer_class(pokemon_trainer_dict)
pokedex_dict = {'creator': "The Professor", 'version': "1.0", 'mode': "Local", 'max entries': 150, 'seen': 0, 'obtained': 0,
'local entries': dict(), 'national entries': dict()}
player_dict = {'name': 'Stefan', 'gender': 'Male', 'age': 23, 'region': 'Orre', 'hometown': 'Gateon Port',
'height': "{}\'{}\"".format(5,11),'weight': "{} lbs.".format(185),
'trainer class': trainer_class(pokemon_trainer_dict),
'trainer id': generate_id(),
'pokedex': None,
'party': [],
'badges': {},
'money': 3000,
'is player': True,
'wins': 0, 'losses': 0, 'draws': 0
}
player = trainer(trainer_dict=player_dict)
player.pokedex = pokedex(dex_dict=pokedex_dict, trainer=player)
inv = inventory(inv_dict=test_inv_dict)
inv.set_owner(player)
player.inventory = set_inventory(trainer=player)
#player.capture_pokemon(pokemon(gd=charmander_d)._randomize_vital_statistics(set_level=5))
return player
prefix + "/lib/python2.6/site-packages", prefix + "/lib64/python2.6/",
prefix + "/lib64/python2.6/site-packages",
prefix + "/lib/python2.7/site-packages", prefix + "/share/",
prefix + "/share/sip/"
]
try:
for path in pathcheck:
if (not os.path.exists(path)):
os.mkdir(path)
except OSError, error:
if error.errno == errno.EACCES:
print "\n" + str(error)
print(
"Error! Configured install prefix requires root privileges. Please re-run as sudo!"
)
exit(error.errno)
vars = vars_init(config)
vars = vars_defaults(vars)
env = env_init(vars)
global_recipes = {}
inv = inventory()
def die(s):
print s
sys.exit(-1)
prefix + "/lib/python2.6/", prefix + "/lib/python2.6/site-packages",
prefix + "/lib64/python2.6/", prefix + "/lib64/python2.6/site-packages",
prefix + "/lib/python2.7/site-packages", prefix + "/share/",
prefix + "/share/sip/"]
try:
for path in pathcheck:
if(not os.path.exists(path)):
os.mkdir(path);
except OSError, error:
if error.errno == errno.EACCES:
print "\n" + str(error)
print("Error! Configured install prefix requires root privileges. Please re-run as sudo!")
exit(error.errno)
vars = vars_init(config);
vars = vars_defaults(vars);
env = env_init(vars);
global_recipes = {};
inv = inventory();
def die(s):
print s;
sys.exit(-1);
path = os.path.expanduser(path)
if (not os.path.exists(path)):
os.mkdir(path)
except OSError, error:
if error.errno == errno.EACCES:
print "\n" + str(error)
print(
"Error! Configured install prefix requires root privileges. Please re-run as sudo!"
)
exit(error.errno)
vars = vars_init(config)
vars = vars_defaults(vars)
env = env_init(vars)
global_recipes = {}
if str(os.environ.get('PYBOMBS_SDK')) == 'True':
inv = inventory(str(config.get('config', 'inv')))
written_env = env_init(vars, 'device_prefix')
destination_key = 'sandbox'
else:
inv = inventory()
written_env = env
destination_key = 'prefix'
def die(s):
print s
sys.exit(-1)
def main():
input("게임을 시작하려면 엔터")
print("\n" * 38)
try:
import save
except:
player_name = input("\n플레이어 이름을 입력하십시오. = ")
while player_name == "":
print("\n유효한 이름을 입력하십시오")
player_name = input("플레이어 이름을 입력하십시오. = ")
player_1 = Player(player_name, 1, 0, [], [], [], 0, 0, 0)
plag = 0
time.sleep(1.3)
print('\n' * 2)
print("정상적으로 로그인 되었습니다.")
time.sleep(0.7)
print("정보 불러오는 중...")
time.sleep(0.7)
print(f"환영합니다. {player_name}님")
time.sleep(1)
while True:
print("\n" * 38)
turn_chack(player_1) # 아레나, 스텟(레벨)
player_1.showinfo()
print(f"나의스텟 (힘,민첩,모험) : {po_count}/{ag_count}/{ad_count}")
if plag == 0:
print("\n도움을 원한다면 'z' 입력")
ans = input("\n무엇을 하시겠습니까? : ")
if ans == "q" or ans == "w" or ans == "e" or ans == "r" or ans == "t" or ans == "y":
match(player_1)
elif ans == "a":
martial_arts_inventory(player_1)
elif ans == "s":
inventory(player_1, 'item')
continue
elif ans == "d":
showshop(player_1)
continue
elif ans == "z":
print(
"\n게임설명\n전투시작 : q,w,e,r,t,y\n무술 장착 및 해제 : a\n인벤토리 : s\n상점 : d\n도움말 : z\n게임종료 : p\
\n한국어를 웬만하면 누르지 마세요.(버그의 원인이 됩니다.)\n다 읽으셨다면 enter.")
input()
elif ans == "p":
game_over()
else:
print("다시 입력해 주십시오")
plag += 1
if(not os.path.exists(path)):
os.mkdir(path);
except OSError, error:
if error.errno == errno.EACCES:
print "\n" + str(error)
print("Error! Configured install prefix requires root privileges. Please re-run as sudo!")
exit(error.errno)
vars = vars_init(config);
vars = vars_defaults(vars);
env = env_init(vars);
global_recipes = {};
if str(os.environ.get('PYBOMBS_SDK')) == 'True':
inv = inventory(str(config.get('config', 'inv')));
written_env = env_init(vars, 'device_prefix');
destination_key = 'sandbox'
else:
inv = inventory();
written_env = env;
destination_key = 'prefix'
def die(s):
print s;
sys.exit(-1);
