def after_data_loaded(self):
"""
Load goods data.
Returns:
None
"""
self.available = False
self.shop_key = getattr(self.system, "shop", "")
self.goods_key = getattr(self.system, "goods", "")
self.goods_level = getattr(self.system, "level", 0)
# set goods information
self.price = getattr(self.system, "price", 0)
self.unit_key = getattr(self.system, "unit", "")
self.number = getattr(self.system, "number", 0)
self.condition = getattr(self.system, "condition", "")
# get price unit information
try:
# Get record.
obj_model_name = TYPECLASS("OBJECT").model_name
unit_record = WorldData.get_table_data(obj_model_name,
key=self.unit_key)
unit_record = unit_record[0]
except Exception as e:
logger.log_errmsg("Can not find %s's price unit %s." %
(self.goods_key, self.unit_key))
return
self.unit_name = unit_record.name
# load goods
try:
obj_record = WorldData.get_table_data(obj_model_name,
key=self.goods_key)
obj_record = obj_record[0]
goods_models = TYPECLASS_SET.get_class_modeles(
obj_record.typeclass)
goods_data = WorldData.get_tables_data(goods_models,
key=self.goods_key)
except Exception as e:
logger.log_errmsg("Can not find goods %s." % self.goods_key)
return
self.name = goods_data["name"]
self.desc = goods_data["desc"]
self.icon = goods_data.get("icon", None)
self.available = True
def get_object(self, event_key, character, times):
"""
The character get objects.
Args:
event_key: (string) event's key.
character: (object) relative character.
times: (number) event triggered times.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
# get object list
obj_list = []
for record in records:
rand = random.random()
if rand < record.odds:
obj_list.append({
"object": record.object,
"number": record.number * times
})
objects = character.receive_objects(obj_list, mute=True)
accepted = ""
for item in objects:
if accepted:
accepted += ", "
accepted += item["name"] + " " + str(item["number"])
if accepted:
message = _("Get") + " " + accepted
character.msg(message)
def func(self, event_key, character, obj):
"""
Triggers an event at interval.
Args:
event_key: (string) event's key.
character: (object) relative character.
obj: (object) the event object.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
# Add actions.
for record in records:
script = create_script(ScriptRoomInterval,
key=event_key,
interval=record.interval,
autostart=False,
start_delay=True,
persistent=True,
obj=character)
script.set_action(obj, event_key, record.action, record.offline,
record.begin_message, record.end_message)
script.start()
def load_system_data(self, base_model, key):
"""
Get object's system data from database except base data.
Args:
base_model: (String) base data's table name.
key: (String) object's data key.
Returns:
None
"""
# Get models.
for data_model in self.get_models():
if data_model == base_model:
continue
# Get data record.
try:
fields = WorldData.get_fields(data_model)
record = WorldData.get_table_data(data_model, key=key)
record = record[0]
except Exception as e:
logger.log_errmsg("Can not find key %s in %s" %
(key, data_model))
continue
# Set data.
for field_name in fields:
setattr(self.system, field_name, getattr(record, field_name))
def func(self, event_key, character, obj):
"""
Start a dialogue.
Args:
event_key: (string) event's key.
character: (object) relative character.
obj: (object) the event object.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
# Get sentence.
rand = random.random()
# If matches the odds, put the character in combat.
# There can be several mods with different odds.
for record in records:
if rand <= record.odds:
# Make dialogue.
npc = None
if record.npc:
npc = utils.search_obj_data_key(record.npc)
if npc:
npc = npc[0]
character.show_dialogue(npc, record.dialogue)
return
rand -= record.odds
def func(self, event_key, character, obj):
"""
Start a combat.
Args:
event_key: (string) event's key.
character: (object) relative character.
obj: (object) the event object.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
rand = random.random()
# If matches the odds, put the character in combat.
# There can be several mods with different odds.
for record in records:
if rand <= record.odds:
# Attack mob.
character.attack_temp_target(record.mob, record.level,
record.desc)
return
rand -= record.odds
def get(cls, character):
"""
Get character's default objects.
Args:
character: (string) character's key.
"""
return WorldData.get_table_data(cls.table_name, character=character)
def get_object(self, event_key, character, times):
"""
The character get objects.
Args:
event_key: (string) event's key.
character: (object) relative character.
times: (number) event triggered times.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
# get object list
obj_list = []
msg_template = {}
rand = random.random()
for record in records:
if record.multiple:
if rand < record.odds:
msg_template[record.object] = record.message
obj_list.append({
"object": record.object,
"number": record.number * times
})
rand = random.random()
else:
if rand < record.odds:
msg_template[record.object] = record.message
obj_list.append({
"object": record.object,
"number": record.number * times
})
break
rand -= record.odds
objects = character.receive_objects(obj_list, mute=True)
message = ""
for item in objects:
if message:
message += ", "
template = msg_template[item["key"]]
if template:
try:
message += template % item["number"]
except:
message += template
else:
message += _("Get") + " " + item["name"] + " " + str(
item["number"])
if message:
character.msg(message)
def get_event_data(self, event_key):
"""
Query all actions of an event.
Args:
event_key: (string)event's key.
"""
if not self.model_name:
return
return WorldData.get_table_data(self.model_name, event_key=event_key)
def get_properties(cls, obj_key, level):
"""
Get object's properties.
Args:
obj_key: (string) object's key.
level: (number) object's level.
"""
return WorldData.get_table_data(cls.table_name,
object=obj_key,
level=level)
def get_quests(self, event_key):
"""
Get relative quests of this action.
Args:
event_key: (string) event's key.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
return [record.quest for record in records]
def calc_combat_rewards(self, winners, losers):
"""
Called when the character wins the combat.
Args:
winners: (List) all combat winners.
losers: (List) all combat losers.
Returns:
(dict) reward dict
"""
rewards = {}
for winner in winners:
winner_char = self.characters[winner]["char"]
exp = 0
loots = []
for loser in losers:
loser_char = self.characters[loser]["char"]
exp += loser_char.provide_exp(self)
obj_list = loser_char.loot_handler.get_obj_list(winner_char)
if obj_list:
loots.extend(obj_list)
obj_list = []
if loots:
obj_model_name = TYPECLASS("OBJECT").model_name
for obj_info in loots:
try:
obj_record = WorldData.get_table_data(obj_model_name, key=obj_info["object"])
obj_record = obj_record[0]
goods_models = TYPECLASS_SET.get_class_modeles(obj_record.typeclass)
goods_data = WorldData.get_tables_data(goods_models, key=obj_info["object"])
obj_list.append({
"object": obj_info["object"],
"number": obj_info["number"],
"name": goods_data["name"],
"icon": goods_data.get("icon", None),
"reject": "",
})
except Exception as e:
logger.log_errmsg("Can not loot object %s." % obj_info["object"])
pass
rewards[winner] = {
"exp": exp,
"loots": obj_list,
}
return rewards
def func(self, event_key, character, obj):
"""
Learn a skill.
Args:
event_key: (string) event's key.
character: (object) relative character.
obj: (object) the event object.
"""
# get action data
records = WorldData.get_table_data(self.model_name, event_key=event_key)
# Learn skills.
for record in records:
skill_key = record.skill
character.learn_skill(skill_key, False, False)
def func(self, event_key, character, obj):
"""
Close an event.
Args:
event_key: (string) event's key.
character: (object) relative character.
obj: (object) the event object.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
for record in records:
# Close event.
character.close_event(record.event)
def func(self, event_key, character, obj):
"""
Send a message to the character.
Args:
event_key: (string) event's key.
character: (object) relative character.
obj: (object) the event object.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
# send messages
for record in records:
character.msg(record.message)
def func(self, event_key, character, obj):
"""
Accept a quest.
Args:
event_key: (string) event's key.
character: (object) relative character.
obj: (object) the event object.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
# Accept quests.
for record in records:
quest_key = record.quest
character.quest_handler.accept(quest_key)
def match_condition(self, quest_key):
"""
Check if the quest matches its condition.
Args:
quest_key: (string) quest's key
Returns:
(boolean) result
"""
# Get quest's record.
model_name = TYPECLASS("QUEST").model_name
if not model_name:
return False
try:
record = WorldData.get_table_data(model_name, key=quest_key)
record = record[0]
return STATEMENT_HANDLER.match_condition(record.condition, self.owner, None)
except Exception as e:
logger.log_errmsg("Can't get quest %s's condition: %s" % (quest_key, e))
return False
def get_object_record(obj_key):
"""
Query the object's record.
Args:
obj_key: (string) The key of the object.
Returns:
The object's data record.
"""
record = None
model_name = TYPECLASS("OBJECT").model_name
try:
# Get record.
record = WorldData.get_table_data(model_name, key=obj_key)
record = record[0]
except Exception as e:
ostring = "Can not get record %s in %s: %s." % (obj_key, model_name, e)
print(ostring)
print(traceback.print_exc())
return record
def get(cls, shop):
"""
Get properties by typeclass's name.
"""
return WorldData.get_table_data(cls.table_name, shop=shop)
def get_properties(cls, typeclass):
"""
Get properties by typeclass's name.
"""
return WorldData.get_table_data(cls.table_name, typeclass=typeclass)
def receive_objects(self, obj_list, mute=False):
"""
Add objects to the inventory.
Args:
obj_list: (list) a list of object keys and there numbers.
list item: {"object": object's key
"number": object's number}
mute: (boolean) do not send messages to the owner
Returns:
(list) a list of objects that not have been received and their reasons.
[{
"key": key,
"name": name,
"level": level,
"number": number,
"icon": icon,
"reject": reason,
}]
"""
objects = [] # objects that have been accepted
# check what the character has now
inventory = {}
for item in self.contents:
key = item.get_data_key()
if key in inventory:
# if the character has more than one item of the same kind,
# get the smallest stack.
if inventory[key].db.number > item.db.number:
inventory[key] = item
else:
inventory[key] = item
for obj in obj_list:
key = obj["object"]
level = obj.get("level")
available = obj["number"]
name = ""
icon = ""
number = available
accepted = 0
reject = False
unique = False
if number == 0:
# it is an empty object
if key in inventory:
# already has this object
continue
object_record = None
try:
common_model_name = TYPECLASS("COMMON_OBJECT").model_name
object_record = WorldData.get_table_data(common_model_name,
key=key)
object_record = object_record[0]
except Exception as e:
pass
if not object_record:
# can not find object's data record
continue
if object_record.can_remove:
# remove this empty object
continue
# create a new content
new_obj = build_object(key, level=level)
if not new_obj:
reject = _("Can not get %s.") % key
else:
name = new_obj.get_name()
icon = new_obj.icon
# move the new object to the character
if not new_obj.move_to(self, quiet=True, emit_to_obj=self):
new_obj.delete()
reject = _("Can not get %s.") % name
else:
# common number
# if already has this kind of object
if key in inventory:
# add to current object
name = inventory[key].name
icon = inventory[key].icon
unique = inventory[key].unique
add = number
if add > inventory[key].max_stack - inventory[
key].db.number:
add = inventory[key].max_stack - inventory[
key].db.number
if add > 0:
# increase stack number
inventory[key].increase_num(add)
number -= add
accepted += add
# if does not have this kind of object, or stack is full
while number > 0:
if unique:
# can not have more than one unique objects
reject = _("Can not get more %s.") % name
break
# create a new content
new_obj = build_object(key, level=level)
if not new_obj:
reject = _("Can not get %s.") % name
break
name = new_obj.get_name()
icon = new_obj.icon
unique = new_obj.unique
# move the new object to the character
if not new_obj.move_to(self, quiet=True, emit_to_obj=self):
new_obj.delete()
reject = _("Can not get %s.") % name
break
# Get the number that actually added.
add = number
if add > new_obj.max_stack:
add = new_obj.max_stack
if add <= 0:
break
new_obj.increase_num(add)
number -= add
accepted += add
objects.append({
"key": key,
"name": name,
"icon": icon,
"number": accepted,
"reject": reject,
})
if not mute:
# Send results to the player.
message = {"get_objects": objects}
self.msg(message)
self.show_inventory()
# call quest handler
for item in objects:
if not item["reject"]:
self.quest_handler.at_objective(defines.OBJECTIVE_OBJECT,
item["key"], item["number"])
return objects
def return_objectives(self):
"""
Get the information of all objectives.
Set desc to an objective can hide the details of the objective.
"""
output = []
for ordinal, objective in self.objectives.items():
desc = objective["desc"]
if desc:
# If an objective has desc, use its desc.
output.append({"ordinal": ordinal, "desc": objective["desc"]})
else:
# Or make a desc by other data.
obj_num = objective["number"]
accomplished = self.db.accomplished.get(ordinal, 0)
if objective["type"] == defines.OBJECTIVE_TALK:
# talking
target = _("Talk to")
name = DIALOGUE_HANDLER.get_npc_name(objective["object"])
output.append({
"ordinal": ordinal,
"target": target,
"object": name,
"accomplished": accomplished,
"total": obj_num,
})
elif objective["type"] == defines.OBJECTIVE_OBJECT:
# getting
target = _("Get")
# Get the name of the objective object.
object_key = objective["object"]
model_name = TYPECLASS("OBJECT").model_name
# Get record.
try:
record = WorldData.get_table_data(model_name,
key=object_key)
record = record[0]
name = record.name
except Exception as e:
logger.log_err("Can not find the quest object: %s" %
object_key)
continue
output.append({
"ordinal": ordinal,
"target": target,
"object": name,
"accomplished": accomplished,
"total": obj_num,
})
elif self.objectives[ordinal][
"type"] == defines.OBJECTIVE_KILL:
# getting
target = _("Kill")
# Get the name of the objective character.
object_key = self.objectives[ordinal]["object"]
model_name = TYPECLASS("OBJECT").model_name
# Get record.
try:
record = WorldData.get_table_data(model_name,
key=object_key)
record = record[0]
name = record.name
except Exception as e:
logger.log_err("Can not find the quest object: %s" %
object_key)
continue
output.append({
"ordinal": ordinal,
"target": target,
"object": name,
"accomplished": accomplished,
"total": obj_num,
})
return output
def get(cls, dialogue_key):
"""
Get a dialogue by its key.
"""
return WorldData.get_table_data(cls.table_name, dialogue=dialogue_key)
def get(cls, resource_path):
"""
Get image's information by resource's path.
"""
return WorldData.get_table_data(cls.table_name, resource=resource_path)
def get_object(self, event_key, character, times):
"""
The character get objects.
Args:
event_key: (string) event's key.
character: (object) relative character.
times: (number) event triggered times.
"""
# get action data
records = WorldData.get_table_data(self.model_name,
event_key=event_key)
# get object list
objects_dict = {}
if times <= 100:
# Trigger the event only one time.
for i in range(times):
rand = random.random()
for record in records:
if record.multiple:
if rand < record.odds:
if record.object not in objects_dict:
objects_dict[record.object] = {
"message": record.message,
"number": record.number,
}
else:
objects_dict[
record.object]["number"] += record.number
rand = random.random()
else:
if rand < record.odds:
if record.object not in objects_dict:
objects_dict[record.object] = {
"message": record.message,
"number": record.number,
}
else:
objects_dict[
record.object]["number"] += record.number
break
rand -= record.odds
else:
# If the number of times is too large, simplify the calculation.
remain_odds = 1.0
for record in records:
if record.multiple:
# using normal distribution to simulate binomial distribution
mean = record.odds * times
standard_deviation = math.sqrt(record.odds * times *
(1 - record.odds))
rand = random.normalvariate(mean, standard_deviation)
number = round(rand * remain_odds) * record.number
if number > 0:
if record.object not in objects_dict:
objects_dict[record.object] = {
"message": record.message,
"number": number,
}
else:
objects_dict[record.object]["number"] += number
else:
odds = record.odds
if odds > remain_odds:
odds = remain_odds
remain_odds -= odds
mean = odds * times
standard_deviation = math.sqrt(odds * times * (1 - odds))
number = round(
random.normalvariate(
mean, standard_deviation)) * record.number
if number > 0:
if record.object not in objects_dict:
objects_dict[record.object] = {
"message": record.message,
"number": number,
}
else:
objects_dict[record.object]["number"] += number
obj_list = [{
"object": obj,
"number": info["number"]
} for obj, info in objects_dict.items()]
get_objects = character.receive_objects(obj_list, mute=True)
message = ""
for item in get_objects:
if message:
message += ", "
template = objects_dict[item["key"]]["message"]
if template:
try:
message += template % item["number"]
except:
message += template
else:
message += _("Get") + " " + item["name"] + " " + str(
item["number"])
if message:
character.msg(message)
def build_object(obj_key, level=None, caller=None, reset_location=True):
"""
Build objects of a model.
Args:
obj_key: (string) The key of the object.
level: (number) The object's level.
caller: (command caller) If provide, running messages will send to the caller.
"""
# Get object's information
record = None
typeclass_path = None
try:
model_name = TYPECLASS("OBJECT").model_name
try:
# Get record.
record = WorldData.get_table_data(model_name, key=obj_key)
record = record[0]
except Exception as e:
ostring = "Can not get record %s in %s: %s." % (obj_key,
model_name, e)
print(ostring)
print(traceback.print_exc())
# get typeclass model
typeclass_path = TYPECLASS_SET.get_module(record.typeclass)
except Exception as e:
ostring = "Can not get typeclass of %s: %s." % (obj_key, e)
print(ostring)
print(traceback.print_exc())
pass
if not record or not typeclass_path:
ostring = "Can not find the data of %s." % obj_key
print(ostring)
print(traceback.print_exc())
if caller:
caller.msg(ostring)
return
# Create object.
try:
name = getattr(record, "name", "")
obj = create.create_object(typeclass_path, name)
except Exception as e:
ostring = "Can not create obj %s: %s" % (obj_key, e)
print(ostring)
print(traceback.print_exc())
if caller:
caller.msg(ostring)
return
try:
# Set data info.
obj.set_data_key(record.key, level, reset_location=reset_location)
obj.after_creation()
except Exception as e:
ostring = "Can not set data info to obj %s: %s" % (obj_key, e)
print(ostring)
print(traceback.print_exc())
if caller:
caller.msg(ostring)
return
return obj
def get(cls, provider_key):
"""
Get a loot list by its key.
"""
return WorldData.get_table_data(cls.table_name, provider=provider_key)
def build_unique_objects(objects_data, type_name, caller=None):
"""
Build all objects in a model.
Args:
model_name: (string) The name of the data model.
caller: (command caller) If provide, running messages will send to the caller.
"""
# new objects
new_obj_keys = set(record.key for record in objects_data)
# current objects
current_objs = utils.search_obj_unique_type(type_name)
# remove objects
count_remove = 0
count_update = 0
count_create = 0
current_obj_keys = set()
for obj in current_objs:
obj_key = obj.get_data_key()
if obj_key in current_obj_keys:
# This object is duplcated.
ostring = "Deleting %s" % obj_key
print(ostring)
if caller:
caller.msg(ostring)
# If default home will be removed, set default home to the Limbo.
if obj.dbref == settings.DEFAULT_HOME:
settings.DEFAULT_HOME = "#2"
obj.delete()
count_remove += 1
continue
if not obj_key in new_obj_keys:
# This object should be removed
ostring = "Deleting %s" % obj_key
print(ostring)
if caller:
caller.msg(ostring)
# If default home will be removed, set default home to the Limbo.
if obj.dbref == settings.DEFAULT_HOME:
settings.DEFAULT_HOME = "#2"
obj.delete()
count_remove += 1
continue
try:
# set data
obj.load_data()
# put obj to its default location
obj.reset_location()
except Exception as e:
ostring = "%s can not load data:%s" % (obj.dbref, e)
print(ostring)
print(traceback.print_exc())
if caller:
caller.msg(ostring)
current_obj_keys.add(obj_key)
# Create new objects.
object_model_name = TYPECLASS("OBJECT").model_name
for record in objects_data:
if not record.key in current_obj_keys:
# Create new objects.
ostring = "Creating %s." % record.key
print(ostring)
if caller:
caller.msg(ostring)
try:
object_record = WorldData.get_table_data(object_model_name,
key=record.key)
object_record = object_record[0]
typeclass_path = TYPECLASS_SET.get_module(
object_record.typeclass)
obj = create.create_object(typeclass_path, object_record.name)
count_create += 1
except Exception as e:
ostring = "Can not create obj %s: %s" % (record.key, e)
print(ostring)
print(traceback.print_exc())
if caller:
caller.msg(ostring)
continue
try:
obj.set_data_key(record.key)
obj.after_creation()
utils.set_obj_unique_type(obj, type_name)
except Exception as e:
ostring = "Can not set data info to obj %s: %s" % (record.key,
e)
print(ostring)
print(traceback.print_exc())
if caller:
caller.msg(ostring)
continue
ostring = "Removed %d object(s). Created %d object(s). Updated %d object(s). Total %d objects.\n"\
% (count_remove, count_create, count_update, len(objects_data))
print(ostring)
if caller:
caller.msg(ostring)
