def _ev_quit(caller):
callback = caller.db._callback
handler = get_event_handler()
if not handler or not callback or not all(key in callback for key in
("obj", "name", "number", "valid")):
caller.msg("Couldn't save this callback.")
return False
if (callback["obj"], callback["name"], callback["number"]) in handler.db.locked:
handler.db.locked.remove((callback["obj"], callback["name"],
callback["number"]))
del caller.db._callback
caller.msg("Exited the code editor.")
def func(self):
"""Command body."""
caller = self.caller
lock = "perm({}) or perm(events_validating)".format(VALIDATING)
validator = caller.locks.check_lockstring(caller, lock)
lock = "perm({}) or perm(events_without_validation)".format(
WITHOUT_VALIDATION)
autovalid = caller.locks.check_lockstring(caller, lock)
# First and foremost, get the callback handler and set other variables
self.handler = get_event_handler()
self.obj = None
rhs = self.rhs or ""
self.callback_name, sep, self.parameters = rhs.partition(" ")
self.callback_name = self.callback_name.lower()
self.is_validator = validator
self.autovalid = autovalid
if self.handler is None:
caller.msg("The event handler is not running, can't " \
"access the event system.")
return
# Before the equal sign, there is an object name or nothing
if self.lhs:
self.obj = caller.search(self.lhs)
if not self.obj:
return
# Switches are mutually exclusive
switch = self.switches and self.switches[0] or ""
if switch in ("", "add", "edit", "del") and self.obj is None:
caller.msg("Specify an object's name or #ID.")
return
if switch == "":
self.list_callbacks()
elif switch == "add":
self.add_callback()
elif switch == "edit":
self.edit_callback()
elif switch == "del":
self.del_callback()
elif switch == "accept" and validator:
self.accept_callback()
elif switch in ["tasks", "task"]:
self.list_tasks()
else:
caller.msg("Mutually exclusive or invalid switches were " \
"used, cannot proceed.")
def func(self):
"""Command body."""
caller = self.caller
lock = "perm({}) or perm(events_validating)".format(VALIDATING)
validator = caller.locks.check_lockstring(caller, lock)
lock = "perm({}) or perm(events_without_validation)".format(
WITHOUT_VALIDATION)
autovalid = caller.locks.check_lockstring(caller, lock)
# First and foremost, get the callback handler and set other variables
self.handler = get_event_handler()
self.obj = None
rhs = self.rhs or ""
self.callback_name, sep, self.parameters = rhs.partition(" ")
self.callback_name = self.callback_name.lower()
self.is_validator = validator
self.autovalid = autovalid
if self.handler is None:
caller.msg("The event handler is not running, can't "
"access the event system.")
return
# Before the equal sign, there is an object name or nothing
if self.lhs:
self.obj = caller.search(self.lhs)
if not self.obj:
return
# Switches are mutually exclusive
switch = self.switches and self.switches[0] or ""
if switch in ("", "add", "edit", "del") and self.obj is None:
caller.msg("Specify an object's name or #ID.")
return
if switch == "":
self.list_callbacks()
elif switch == "add":
self.add_callback()
elif switch == "edit":
self.edit_callback()
elif switch == "del":
self.del_callback()
elif switch == "accept" and validator:
self.accept_callback()
elif switch in ["tasks", "task"]:
self.list_tasks()
else:
caller.msg("Mutually exclusive or invalid switches were "
"used, cannot proceed.")
def _ev_quit(caller):
callback = caller.db._callback
handler = get_event_handler()
if not handler or not callback or not all(key in callback for key in \
("obj", "name", "number", "valid")):
caller.msg("Couldn't save this callback.")
return False
if (callback["obj"], callback["name"],
callback["number"]) in handler.db.locked:
handler.db.locked.remove(
(callback["obj"], callback["name"], callback["number"]))
del caller.db._callback
caller.msg("Exited the code editor.")
def _ev_save(caller, buf):
"""Save and add the callback."""
lock = "perm({}) or perm(events_without_validation)".format(
WITHOUT_VALIDATION)
autovalid = caller.locks.check_lockstring(caller, lock)
callback = caller.db._callback
handler = get_event_handler()
if not handler or not callback or not all(key in callback for key in
("obj", "name", "number", "valid")):
caller.msg("Couldn't save this callback.")
return False
if (callback["obj"], callback["name"], callback["number"]) in handler.db.locked:
handler.db.locked.remove((callback["obj"], callback["name"],
callback["number"]))
handler.edit_callback(callback["obj"], callback["name"], callback["number"], buf,
caller, valid=autovalid)
return True
def _ev_save(caller, buf):
"""Save and add the callback."""
lock = "perm({}) or perm(events_without_validation)".format(WITHOUT_VALIDATION)
autovalid = caller.locks.check_lockstring(caller, lock)
callback = caller.db._callback
handler = get_event_handler()
if (
not handler
or not callback
or not all(key in callback for key in ("obj", "name", "number", "valid"))
):
caller.msg("Couldn't save this callback.")
return False
if (callback["obj"], callback["name"], callback["number"]) in handler.db.locked:
handler.db.locked.remove((callback["obj"], callback["name"], callback["number"]))
handler.edit_callback(
callback["obj"], callback["name"], callback["number"], buf, caller, valid=autovalid
)
return True
