def format(world, raw_data):
"""Deserialize a player character saved in ShinyFormat and adds it to
the world.
raw_data - the data to be deserialized into a player object.
world - The World instance
"""
pc = json.loads(_match_shiny_tag('Player', raw_data))
items = json.loads(_match_shiny_tag('Inv Items', raw_data))
# Build the area from the assembled dictionary data
try:
new_pc = Player(('foo', 'bar'))
new_pc.playerize(pc)
new_pc.save()
# Inventory time!
containers = {} # old_container_dbid : [new_containee1, ...]
old_new = {} # old dbid's mapped to their new ones
for item in items:
my_container = item[0].get('container')
old_dbid = item[0]['dbid']
del item[0]['dbid']
if item[0].get('owner'):
item[0]['owner'] = new_pc.dbid
else:
del item[0]['container']
i = GameItem(item[0])
i.save()
load_item_types(i, item[1])
old_new[old_dbid] = i.dbid
if my_container:
if containers.get(my_container):
containers[my_container].append(i)
else:
containers[my_container] = [i]
for old_container_dbid, containees_list in containers.items():
for containee in containees_list:
containee.container = old_new.get(old_container_dbid)
containee.save()
except Exception as e:
# if anything went wrong, make sure we destroy any leftover character
# data. This way, we won't run into problems if they try to import it
# again, and we won't leave orphaned or erroneous data in the db.
world.log.error(traceback.format_exc())
try:
new_pc.destruct()
except:
# if something goes wrong destroying the pc, it probably means we
# didn't get far enough to have anything to destroy. Just ignore any
# errors.
pass
raise SportError('There was a horrible error on import! '
'Aborting! Check logfile for details.')
return 'Character "%s" has been successfully imported.' % new_pc.fancy_name(
)
def format(world, raw_data):
"""Deserialize a player character saved in ShinyFormat and adds it to
the world.
raw_data - the data to be deserialized into a player object.
world - The World instance
"""
pc = json.loads(_match_shiny_tag('Player', raw_data))
items = json.loads(_match_shiny_tag('Inv Items', raw_data))
# Build the area from the assembled dictionary data
try:
new_pc = Player(('foo', 'bar'))
new_pc.playerize(pc)
new_pc.save()
# Inventory time!
containers = {} # old_container_dbid : [new_containee1, ...]
old_new = {} # old dbid's mapped to their new ones
for item in items:
my_container = item[0].get('container')
old_dbid = item[0]['dbid']
del item[0]['dbid']
if item[0].get('owner'):
item[0]['owner'] = new_pc.dbid
else:
del item[0]['container']
i = GameItem(item[0])
i.save()
load_item_types(i, item[1])
old_new[old_dbid] = i.dbid
if my_container:
if containers.get(my_container):
containers[my_container].append(i)
else:
containers[my_container] = [i]
for old_container_dbid, containees_list in containers.items():
for containee in containees_list:
containee.container = old_new.get(old_container_dbid)
containee.save()
except Exception as e:
# if anything went wrong, make sure we destroy any leftover character
# data. This way, we won't run into problems if they try to import it
# again, and we won't leave orphaned or erroneous data in the db.
world.log.error(traceback.format_exc())
try:
new_pc.destruct()
except:
# if something goes wrong destroying the pc, it probably means we
# didn't get far enough to have anything to destroy. Just ignore any
# errors.
pass
raise SportError('There was a horrible error on import! '
'Aborting! Check logfile for details.')
return 'Character "%s" has been successfully imported.' % new_pc.fancy_name()
def load_inventory(self):
# Only game items should load inventory items - if this is not connected
# to a game item, just return without doing anything
if not self.game_item:
return
from shinymud.models.item import GameItem
rows = self.world.db.select('* from game_item where container=?', [self.game_item.dbid])
for row in rows:
new_item = GameItem(row)
self.inventory.append(new_item)
if new_item.has_type('container'):
new_item.item_types['container'].load_inventory()
def load_inventory(self):
# Only game items should load inventory items - if this is not connected
# to a game item, just return without doing anything
if not self.game_item:
return
from shinymud.models.item import GameItem
rows = self.world.db.select('* from game_item where container=?', [self.game_item.dbid])
for row in rows:
new_item = GameItem(row)
self.inventory.append(new_item)
if new_item.has_type('container'):
new_item.item_types['container'].load_inventory()
def load_inventory(self):
rows = self.world.db.select('* FROM game_item WHERE owner=?', [self.dbid])
if rows:
for row in rows:
item = GameItem(row)
item.owner = self
if item.has_type('equippable'):
equip_type = item.item_types['equippable']
if equip_type.is_equipped:
self.equipped[equip_type.equip_slot] = item
self.isequipped.append(item)
equip_type.on_equip()
if item.has_type('container'):
item.item_types['container'].load_inventory()
self.inventory.append(item)