def _parse(self, stream, context, path):
obj = ListContainer()
try:
while True:
obj.append(self.subcon._parse(stream, context, path))
except (StopFieldError, StreamError):
pass
except Exception:
raise
return obj
def save_to_packet(self):
lc = ListContainer()
for item in chain(*self.metalist):
if item is None:
lc.append(Container(primary=-1))
else:
lc.append(Container(primary=item.primary,
secondary=item.secondary, count=item.quantity))
packet = make_packet("inventory", wid=self.wid, length=len(lc), items=lc)
return packet
def save_to_packet(self):
lc = ListContainer()
for item in chain(self.crafted, self.crafting, self.armor, self.storage, self.holdables):
if item is None:
lc.append(Container(primary=-1))
else:
lc.append(Container(primary=item[0], secondary=item[1], count=item[2]))
packet = make_packet("inventory", name=self.identifier, length=len(lc), items=lc)
return packet
def _parse(self, stream, context, path):
discard = self.discard
obj = ListContainer()
try:
for i in itertools.count():
context._index = i
e = self.subcon._parsereport(stream, context, path)
if not discard:
obj.append(e)
except StreamError:
pass
return obj
def save_to_packet(self):
lc = ListContainer()
for item in chain(self.crafted, self.crafting, self.armor,
self.storage, self.holdables):
if item is None:
lc.append(Container(primary=-1))
else:
lc.append(Container(primary=item.primary,
secondary=item.secondary, count=item.quantity))
packet = make_packet("inventory", wid=0, length=len(lc), items=lc)
return packet
def save_to_packet(self):
lc = ListContainer()
for item in self.items:
if item is None:
lc.append(Container(id=-1))
else:
lc.append(Container(id=item[0], damage=item[1],
count=item[2]))
packet = make_packet("inventory", unknown1=self.unknown1, length=len(lc),
items=lc)
return packet
def save_to_packet(self):
lc = ListContainer()
for item in chain(*self.metalist):
if item is None:
lc.append(Container(primary=-1))
else:
lc.append(
Container(primary=item.primary,
secondary=item.secondary,
count=item.quantity))
packet = make_packet("inventory",
wid=self.wid,
length=len(lc),
items=lc)
return packet
def _encode(self, obj, context, path):
if not isinstance(obj, dict):
raise TypeError("dict should be passed for decoding")
n_obj = ListContainer()
count = self.subcon.count # Array count
for k in range(self._first_index, self._first_index + count):
o = {"_index": k}
v = obj.get(k)
if v is not None:
if self._pick_key:
v = {self._pick_key: v}
o.update(v)
n_obj.append(o)
return n_obj
def save_to_packet(self):
lc = ListContainer()
for item in chain(self.crafted, self.crafting, self.armor,
self.storage, self.holdables):
if item is None:
lc.append(Container(primary=-1))
else:
lc.append(
Container(primary=item.primary,
secondary=item.secondary,
count=item.quantity))
packet = make_packet("inventory",
name=self.identifier,
length=len(lc),
items=lc)
return packet
def save_to_packet(self, wid=None):
# XXX This is a horrible place for this kind of silliness. Inventories
# don't need to know or care about WIDs. Use a partial and fill this
# out in inherited classes.
if wid is not None:
self.wid = wid
lc = ListContainer()
for item in chain(self.crafted, self.crafting, self.armor,
self.storage, self.holdables):
if item is None:
lc.append(Container(primary=-1))
else:
lc.append(Container(primary=item.primary,
secondary=item.secondary, count=item.quantity))
packet = make_packet("inventory", wid=self.wid, length=len(lc), items=lc)
return packet
