Embedded Demo story, start it with python -m tale.demo.story 'Tale' mud driver, mudlib and interactive fiction framework Copyright by Irmen de Jong ([email protected]) """ from __future__ import absolute_import, print_function, division, unicode_literals import os import sys import tale from tale.io.vfs import vfs if __name__=="__main__": # story is invoked as a script, start it in the Tale Driver. from tale.driver import Driver driver = Driver() with vfs.open_read("demo/__init__.py") as x: gamedir = os.path.dirname(x.name) args = ["-g", gamedir] if len(sys.argv) > 1 and sys.argv[1]=="--gui": args.append("--gui") driver.start(args) raise SystemExit(0) class Story(object): config = dict( name = "Tale demo story", author = "Irmen de Jong", author_address = "*****@*****.**", version = tale.__version__, # arbitrary but is used to check savegames for compatibility
def init_zones(driver: Driver) -> None:
"""Populate the zones and initialize inventories and door states. Set up shops."""
print("Initializing zones.")
zones = get_zones()
print(len(zones), "zones loaded.")
init_circle_mobs()
init_circle_items()
all_shop_defs = init_circle_locations()
num_shops = num_mobs = num_items = 0
all_shopkeepers = {shop.shopkeeper for shop in all_shop_defs.values()}
for vnum in sorted(zones):
zone = zones[vnum]
for mobref in zone.mobs:
if mobref.vnum in all_shopkeepers:
# mob is a shopkeeper, we need to make a shop+shopkeeper rather than a regular mob
mob = make_mob(mobref.vnum, mob_class=MShopkeeper)
# find the shop it works for
shop_vnums = [vnum for vnum, shop in all_shop_defs.items() if shop.shopkeeper == mobref.vnum]
assert len(shop_vnums) == 1
shop_vnum = shop_vnums[0]
shopdata = make_shop(shop_vnum)
mob.shop = shopdata
num_shops += 1
else:
mob = make_mob(mobref.vnum)
inventory = [] # type: List[Item]
for wear_position, obj_ref in mobref.equip.items():
obj = make_item(obj_ref.vnum)
inventory.append(obj) # @todo actually wield/wear the item! instead of putting it in the inventory
num_items += 1
if obj_ref.contains:
items_in_equipped = [] # type: List[Item]
for (c_vnum, c_max_exists) in obj_ref.contains:
items_in_equipped.append(make_item(c_vnum))
obj.init_inventory(items_in_equipped)
num_items += len(items_in_equipped)
for obj_ref in mobref.inventory:
obj = make_item(obj_ref.vnum)
inventory.append(obj)
num_items += 1
if obj_ref.contains:
items_in_carried = [] # type: List[Item]
for (c_vnum, c_max_exists) in obj_ref.contains:
items_in_carried.append(make_item(c_vnum))
obj.init_inventory(items_in_carried)
num_items += len(items_in_carried)
if inventory:
mob.init_inventory(inventory)
del inventory
if mobref.vnum in all_shopkeepers:
# if it is a shopkeeper, the shop.forsale items should also be present in his inventory
if mob.inventory_size < len(mob.shop.forsale):
raise ValueError("shopkeeper %d's inventory missing some shop.forsale items from shop %d" %
(mobref.vnum, mob.shop.circle_vnum))
for item in mob.shop.forsale:
if not any(i for i in mob.inventory if i.title == item.title):
raise ValueError("shop.forsale item %d (%s) not in shopkeeper %d's inventory" %
(item.circle_vnum, item.title, mobref.vnum))
loc = make_location(mobref.room)
loc.insert(mob, None)
num_mobs += 1
for obj_ref in zone.objects:
obj = make_item(obj_ref.vnum)
loc = make_location(obj_ref.room)
loc.insert(obj, None)
if obj_ref.contains:
items_in_room_obj = [] # type: List[Item]
for vnum, max_exists in obj_ref.contains:
items_in_room_obj.append(make_item(vnum))
obj.init_inventory(items_in_room_obj)
num_items += len(items_in_room_obj)
num_items += 1
for door_state in zone.doorstates:
loc = make_location(door_state.room)
try:
xt = loc.exits[door_state.exit]
except KeyError:
pass
else:
if not isinstance(xt, Door):
raise TypeError("exit type not door, but asked to set state")
if door_state.state == "open":
xt.locked = False
xt.opened = True
elif door_state.state == "closed":
xt.locked = False
xt.opened = False
elif door_state.state == "locked":
xt.locked = True
xt.opened = False
else:
raise ValueError("invalid door state: " + door_state.state)
# create the handful of rooms that have no incoming paths (unreachable)
for vnum in (0, 3, 3055):
make_location(vnum)
print("Activated: %d mob types, %d item types, %d rooms, %d shop types" % (
len(converted_mobs), len(converted_items), len(converted_rooms), len(converted_shops)))
print("Spawned: %d mobs (%d specials), %d items, %d shops" % (num_mobs, len(mobs_with_special), num_items, num_shops))
print(len(unconverted_objs()), "unused item defs.")
# divide all the special mobs over the 5 mobs buckets (via their hash number)
# this prevents all 300+ special mobs doing something every 10 seconds at the same time
global _special_mobs_buckets
assert len(_special_mobs_buckets) == 5
for mob in mobs_with_special:
_special_mobs_buckets[(hash(mob) // 10) % 5].append(mob)
mobs_with_special.clear()
# set up the periodical pulse events
mobile_timer = 10.0 / len(_special_mobs_buckets)
driver.defer((1.6, mobile_timer, mobile_timer), pulse_mobile)
driver.defer((4.5, 10.0, 10.0), pulse_zone)
def init_zones(driver: Driver) -> None:
"""Populate the zones and initialize inventories and door states. Set up shops."""
print("Initializing zones.")
zones = get_zones()
print(len(zones), "zones loaded.")
init_circle_mobs()
init_circle_items()
all_shop_defs = init_circle_locations()
num_shops = num_mobs = num_items = 0
all_shopkeepers = {shop.shopkeeper for shop in all_shop_defs.values()}
for vnum in sorted(zones):
zone = zones[vnum]
for mobref in zone.mobs:
if mobref.vnum in all_shopkeepers:
# mob is a shopkeeper, we need to make a shop+shopkeeper rather than a regular mob
mob = make_mob(mobref.vnum, mob_class=MShopkeeper)
# find the shop it works for
shop_vnums = [
vnum for vnum, shop in all_shop_defs.items()
if shop.shopkeeper == mobref.vnum
]
assert len(shop_vnums) == 1
shop_vnum = shop_vnums[0]
shopdata = make_shop(shop_vnum)
mob.shop = shopdata # type: ignore
num_shops += 1
else:
mob = make_mob(mobref.vnum)
inventory = [] # type: List[Item]
for wear_position, obj_ref in mobref.equip.items():
obj = make_item(obj_ref.vnum)
inventory.append(
obj
) # @todo actually wield/wear the item! instead of putting it in the inventory
num_items += 1
if obj_ref.contains:
items_in_equipped = [] # type: List[Item]
for (c_vnum, c_max_exists) in obj_ref.contains:
items_in_equipped.append(make_item(c_vnum))
obj.init_inventory(items_in_equipped)
num_items += len(items_in_equipped)
for obj_ref in mobref.inventory:
obj = make_item(obj_ref.vnum)
inventory.append(obj)
num_items += 1
if obj_ref.contains:
items_in_carried = [] # type: List[Item]
for (c_vnum, c_max_exists) in obj_ref.contains:
items_in_carried.append(make_item(c_vnum))
obj.init_inventory(items_in_carried)
num_items += len(items_in_carried)
if inventory:
mob.init_inventory(inventory)
del inventory
if mobref.vnum in all_shopkeepers:
# if it is a shopkeeper, the shop.forsale items should also be present in his inventory
if mob.inventory_size < len(mob.shop.forsale): # type: ignore
raise ValueError(
"shopkeeper %d's inventory missing some shop.forsale items from shop %d"
% (mobref.vnum, mob.shop.circle_vnum)) # type: ignore
for item in mob.shop.forsale: # type: ignore
if not any(
i for i in mob.inventory if i.title == item.title):
raise ValueError(
"shop.forsale item %d (%s) not in shopkeeper %d's inventory"
% (item.circle_vnum, item.title, mobref.vnum))
loc = make_location(mobref.room)
loc.insert(mob, None)
num_mobs += 1
for obj_ref in zone.objects:
obj = make_item(obj_ref.vnum)
loc = make_location(obj_ref.room)
loc.insert(obj, None)
if obj_ref.contains:
items_in_room_obj = [] # type: List[Item]
for vnum, max_exists in obj_ref.contains:
items_in_room_obj.append(make_item(vnum))
obj.init_inventory(items_in_room_obj)
num_items += len(items_in_room_obj)
num_items += 1
for door_state in zone.doorstates:
loc = make_location(door_state.room)
try:
xt = loc.exits[door_state.exit]
except KeyError:
pass
else:
if not isinstance(xt, Door):
raise TypeError(
"exit type not door, but asked to set state")
if door_state.state == "open":
xt.locked = False
xt.opened = True
elif door_state.state == "closed":
xt.locked = False
xt.opened = False
elif door_state.state == "locked":
xt.locked = True
xt.opened = False
else:
raise ValueError("invalid door state: " + door_state.state)
# create the handful of rooms that have no incoming paths (unreachable)
for vnum in (0, 3, 3055):
make_location(vnum)
print("Activated: %d mob types, %d item types, %d rooms, %d shop types" %
(len(converted_mobs), len(converted_items), len(converted_rooms),
len(converted_shops)))
print("Spawned: %d mobs (%d specials), %d items, %d shops" %
(num_mobs, len(mobs_with_special), num_items, num_shops))
print(len(unconverted_objs()), "unused item defs.")
# divide all the special mobs over the 5 mobs buckets (via their hash number)
# this prevents all 300+ special mobs doing something every 10 seconds at the same time
global _special_mobs_buckets
assert len(_special_mobs_buckets) == 5
for mob in mobs_with_special:
_special_mobs_buckets[(hash(mob) // 10) % 5].append(mob)
mobs_with_special.clear()
# set up the periodical pulse events
mobile_timer = 10.0 / len(_special_mobs_buckets)
driver.defer((1.6, mobile_timer, mobile_timer), pulse_mobile)
driver.defer((4.5, 10.0, 10.0), pulse_zone)
""" Demo story. 'Tale' mud driver, mudlib and interactive fiction framework Copyright by Irmen de Jong ([email protected]) """ from __future__ import absolute_import, print_function, division, unicode_literals import datetime from tale.hints import Hint if __name__=="__main__": # story is invoked as a script, start it in the Tale Driver. import sys from tale.driver import Driver driver = Driver() driver.start(["-g", sys.path[0]]) raise SystemExit(0) class Story(object): config = dict( name = "Tale Demo", author = "Irmen de Jong", author_address = "*****@*****.**", version = "1.0", # arbitrary but is used to check savegames for compatibility requires_tale = "1.4", # tale library required to run the game supported_modes = {"if", "mud"}, # what driver modes (if/mud) are supported by this story player_name = None, # set a name to create a prebuilt player, None to use the character builder player_gender = None, # m/f/n player_race = None, # default is "human" ofcourse, but you can select something else if you want money_type = "modern", # money type modern/fantasy/None
