def get_from_container(self):
# get the container
containers = find_actionable_item(self.anima, self.tokens[1])
if not containers:
return "No such item: %s" % self.tokens[1]
elif not containers[0].base.capacity:
return "%s is not a container" % self.tokens[1]
# get the item from the first found container
# TODO: decide what to do about multiple containers here
items = find_items_in_container(self.tokens[0],
containers[0].owns.all())
if not items:
return "No '%s' found in '%s'" % (self.tokens[0], self.tokens[1])
return self._get_items_in(items, source=containers[0].get_name())
def _execute(self):
# get the items that the user wants to put somewhere
items = find_items_in_container(self.tokens[0],
self.anima.inventory)
if not items:
return ("You are not carrying a '%s'" % self.tokens[0])
# find the container
containers = find_actionable_item(self.anima, self.tokens[1])
if not containers:
return "No such item: %s" % self.tokens[1]
elif not containers[0].base.capacity:
return "%s is not a container" % self.tokens[1]
room_msg = []
source_msg = []
for item in items:
# weight check
if can_hold_item(containers[0], item):
item.owner = containers[0]
item.save()
room_msg.append("%s puts %s in %s." % (
self.anima.get_name(),
item.get_name(),
containers[0].get_name(),
))
source_msg.append("You put %s in %s." %
(item.get_name(), containers[0].get_name()))
item.owner = containers[0]
item.save()
else:
source_msg.append("%s cannot fit inside %s."
% self.tokens[0:1])
self.anima.room.notify('\n'.join(room_msg), exclude=[self.anima])
return '\n'.join(source_msg), ['player', 'room']
