def load():
macros.clear()
macro_pairing.clear()
for file in macro_dir.glob("*.macro"):
with open(file, encoding='utf-8') as f:
macro_str = f.read()
tags = {
gp[0]: gp[1]
for gp in macro_craft_tag_regex.findall(macro_str)
}
tags['_file'] = file.stem
macro = Macro(macro_str)
runner = macro.get_runner()
count = 0
size = 0
try:
while True:
try:
cmd, arg, wait_time = runner.next(default_params)
count += wait_time
size += 1
if size >= macro_max_size:
_logger.warning(
'a macro with size overload at file "%s" (max size:%s)'
% (file, macro_max_size))
raise MacroOversize()
except MacroFinish:
break
_logger.debug('load macro [%s]' %
(tags['Name'] if 'Name' in tags else tags['_file']))
macros.append((count, macro, tags))
except MacroOversize:
continue
macros.sort(key=lambda x: x[0])
def __init__(self, macro_str, file_name):
self.tags = {gp[0]: gp[1] for gp in macro_craft_tag_regex.findall(macro_str)}
self.tags['_file'] = file_name
self.macro = Macro(macro_str)
self.name = self.tags['Name'] if 'Name' in self.tags else self.tags['_file']
self.step_safe_check = int(self.tags["StepSafeCheck"]) if "StepSafeCheck" in self.tags else 100
self.time = int(self.tags["UsedTime"]) if "UsedTime" in self.tags else -1
self.recipe_id = list(map(int, self.tags["RecipeID"].split(","))) if "RecipeID" in self.tags else []
self.recipe_name = list(self.tags["RecipeName"].split(",")) if "RecipeName" in self.tags else []
self.min_craft, self.min_control, self.min_cp = map(int, (self.tags["MinAttr"] if "MinAttr" in self.tags else "0/0/0").split('/'))
self.max_craft = int(self.tags["MaxCraft"]) if "MaxCraft" in self.tags else -1
self.ignore_quality = "IgnoreQuality" in self.tags
class MacroContainer(object):
def __init__(self, macro_str, file_name):
self.tags = {
gp[0]: gp[1]
for gp in macro_craft_tag_regex.findall(macro_str)
}
self.tags['_file'] = file_name
self.macro = Macro(macro_str)
self.name = self.tags['Name'] if 'Name' in self.tags else self.tags[
'_file']
self.step_safe_check = int(self.tags["StepSafeCheck"]
) if "StepSafeCheck" in self.tags else 100
self.time = int(
self.tags["UsedTime"]) if "UsedTime" in self.tags else -1
self.recipe_id = list(map(int, self.tags["RecipeID"].split(
","))) if "RecipeID" in self.tags else []
self.recipe_name = list(self.tags["RecipeName"].split(
",")) if "RecipeName" in self.tags else []
self.min_craft, self.min_control, self.min_cp = map(
int, (self.tags["MinAttr"]
if "MinAttr" in self.tags else "0/0/0").split('/'))
self.max_craft = int(
self.tags["MaxCraft"]) if "MaxCraft" in self.tags else -1
self.ignore_quality = "IgnoreQuality" in self.tags
def attr_pair(self, player):
if 0 < self.max_craft < player.craft or player.craft < self.min_craft:
return False
if player.control < self.min_control or player.max_cp < self.min_cp:
return False
return True
def pair(self, craft):
if not self.attr_pair(craft.player):
return "attr not pair"
if self.step_safe_check < 0:
return
size = 0
t_craft = craft.clone()
runner = self.macro.get_runner()
arg = None
while True:
try:
param = get_params(t_craft, arg)
cmd, arg, wait_time = runner.next(param)
while cmd != "ac":
cmd, arg, wait = runner.next(param)
arg = arg.strip('"')
size += 1
if size >= self.step_safe_check: raise MacroOversize()
t_craft.use_skill(arg, check_mode=True)
if t_craft.is_finished():
return None if t_craft.current_quality >= t_craft.recipe.max_quality or self.ignore_quality else "quality not enough"
except MacroFinish:
return "craft not finish"
except MacroOversize:
return "macro over size"
except CheckUnpass:
return "[%s](%s) cant be used" % (arg, runner.current_line - 1)