def find_individual_rp(self, select_list):
"""基于D字典结构实现
规则: 文件夹作为'问题'返回, 普通文件(除 readme.txt 外)作为'答案'储存在 redis 中,返回一个链接.
"""
assert select_list != [], "select list shouldn't be empty"
multi_state = ''
try:
for s in select_list:
if MULTI_FLAG in s:
if s == select_list[-1]: # 普通多选
multi_state = self.multi_select(s)
elif s == select_list[-2]: # 生成上一次多选的结果
multi_state = self.multi_select(
s, special=select_list[-1])
break
else:
raise SelectException('Multi select fail')
else:
self.single_select(s)
except SelectException:
return self.SELECT_FAIL
else:
if multi_state == self.M_IS_ANSWER:
return self.IS_ANSWER
else:
files = sorted(self.D.keys(), key=self._key)
path = self.root + '/' + os.sep.join(self.path)
readme, content, continue_ask = self.get_files_content(
files, path)
result = ''.join([readme, content])
if continue_ask:
return result.strip()
else:
result += decision_links_dumps(user_select_list(self.id),
MULTI_FLAG) # 可能需要股东决议书等
user_result_save(self.id, result.strip())
return self.IS_ANSWER
def find_individual_rp(self, select_list):
"""基于D字典结构实现
规则: 文件夹作为'问题'返回, 普通文件(除 readme.txt 外)作为'答案'储存在 redis 中,返回一个链接.
"""
assert select_list != [], "select list shouldn't be empty"
multi_state = ''
try:
for s in select_list:
if MULTI_FLAG in s:
if s == select_list[-1]: # 普通多选
multi_state = self.multi_select(s)
elif s == select_list[-2]: # 生成上一次多选的结果
multi_state = self.multi_select(s, special=select_list[-1])
break
else:
raise SelectException('Multi select fail')
else:
self.single_select(s)
except SelectException:
return self.SELECT_FAIL
else:
if multi_state == self.M_IS_ANSWER:
return self.IS_ANSWER
else:
files = sorted(self.D.keys(), key=self._key)
path = self.root + '/' + os.sep.join(self.path)
readme, content, continue_ask = self.get_files_content(files, path)
result = ''.join([readme, content])
if continue_ask:
return result.strip()
else:
result += decision_links_dumps(user_select_list(self.id), MULTI_FLAG) # 可能需要股东决议书等
user_result_save(self.id, result.strip())
return self.IS_ANSWER
def multi_select(self, select, special=None):
multi_select = select.split(MULTI_FLAG)
path = self.root + '/' + os.sep.join(self.path)
next_key = ''
result = ''
keys = self.key_complete(multi_select)
if not keys:
raise SelectException('Unavailable selects: {}'.format(select))
for k in keys:
file_path = os.path.join(path, k)
if all_is_file(file_path):
files = sorted(self.D[k].keys(), key=self._key)
result += '\n' + self.get_files_content(files, file_path)[1]
elif special:
_key = self.key_complete([special], _next=k)[0]
files = sorted(self.D[k][_key].keys(), key=self._key)
result += '\n' + self.get_files_content(
files, os.path.join(file_path, _key))[1]
elif not special and not next_key:
next_key = k
if next_key:
self.path.append(next_key)
self.D = self.D[next_key]
if result:
if next_key:
user_result_save(self.id, result.strip())
return self.M_CONTINUE_ASK
else:
result += decision_links_dumps(user_select_list(self.id),
MULTI_FLAG) # 可能需要股东决议书
user_result_save(self.id, result.strip())
return self.M_IS_ANSWER
def multi_select(self, select, special=None):
multi_select = select.split(MULTI_FLAG)
path = self.root + '/' + os.sep.join(self.path)
next_key = ''
result = ''
keys = self.key_complete(multi_select)
if not keys:
raise SelectException('Unavailable selects: {}'.format(select))
for k in keys:
file_path = os.path.join(path, k)
if all_is_file(file_path):
files = sorted(self.D[k].keys(), key=self._key)
result += '\n' + self.get_files_content(files, file_path)[1]
elif special:
_key = self.key_complete([special], _next=k)[0]
files = sorted(self.D[k][_key].keys(), key=self._key)
result += '\n' + self.get_files_content(files, os.path.join(file_path, _key))[1]
elif not special and not next_key:
next_key = k
if next_key:
self.path.append(next_key)
self.D = self.D[next_key]
if result:
if next_key:
user_result_save(self.id, result.strip())
return self.M_CONTINUE_ASK
else:
result += decision_links_dumps(user_select_list(self.id), MULTI_FLAG) # 可能需要股东决议书
user_result_save(self.id, result.strip())
return self.M_IS_ANSWER
