Files
aaPanel/class/panelApi.py
T
bt.cn d2a66661db Add panel SSL own certificate to fill in the entry
Fixed known bugs
Panel Feature Modification

Points to note after updating the panel:
1. The default port of the panel is changed to 7800
(Port 8888 has been flooded)
2. Panel entry error will prompt 404
3. After the panel is bound to the domain name,
if the domain access is not used,it will return 401
4. After the panel is set to authorize IP access,
other IP access panels will return 401
5. The website welcome page is changed to the nginx welcome page
6. Change the stop page to Nginx 404 page
2022-01-18 18:01:37 +08:00

235 lines
8.7 KiB
Python

#coding: utf-8
# +-------------------------------------------------------------------
# | 宝塔Linux面板
# +-------------------------------------------------------------------
# | Copyright (c) 2015-2017 宝塔软件(http://bt.cn) All rights reserved.
# +-------------------------------------------------------------------
# | Author: hwliang <hwl@bt.cn>
# +-------------------------------------------------------------------
import public,os,json,time
class panelApi:
save_path = '/www/server/panel/config/api.json'
timeout = 600
max_bind = 5
def get_token(self,get):
data = self.get_api_config()
if not 'key' in data:
data['key'] = public.GetRandomString(16)
public.writeFile(self.save_path,json.dumps(data))
if 'token_crypt' in data:
data['token'] = public.de_crypt(data['token'],data['token_crypt'])
else:
data['token'] = "***********************************"
data['limit_addr'] = '\n'.join(data['limit_addr'])
data['bind'] = self.get_bind_token()
qrcode = (public.getPanelAddr() + "|" + data['token'] + "|" + data['key'] + '|' + data['bind']['token']+'|aapanel').encode('utf-8')
data['qrcode'] = public.base64.b64encode(qrcode).decode('utf-8')
data['apps'] = sorted(data['apps'],key=lambda x: x['time'],reverse=True)
del(data['key'])
return data
def login_for_app(self,get):
from BTPanel import cache
tid = get.tid
if(len(tid) != 12): return public.returnMsg(False,'Invalid login key')
session_id = cache.get(tid)
if not session_id: return public.returnMsg(False,'The specified key does not exist or has expired')
if(len(session_id) != 64): return public.returnMsg(False,'Invalid login key')
cache.set(session_id,'True',120)
return public.returnMsg(True,'Scan code successfully, log in!')
def get_api_config(self):
tmp = public.ReadFile(self.save_path)
if not tmp or not os.path.exists(self.save_path):
data = { "open":False, "token":"", "limit_addr":[] }
public.WriteFile(self.save_path,json.dumps(data))
public.ExecShell("chmod 600 " + self.save_path)
tmp = public.ReadFile(self.save_path)
data = json.loads(tmp)
is_save = False
if not 'binds' in data:
data['binds'] = []
is_save = True
if not 'apps' in data:
data['apps'] = []
is_save = True
data['binds'] = sorted(data['binds'],key=lambda x: x['time'],reverse=True)
if len(data['binds']) > 5:
data['binds'] = data['binds'][:5]
is_save = True
if is_save:
self.save_api_config(data)
return data
def save_api_config(self,data):
public.WriteFile(self.save_path,json.dumps(data))
public.set_mode(self.save_path,'600')
return True
def check_bind(self,args):
if not 'bind_token' in args or not 'client_brand' in args or not 'client_model' in args:
return 0
if not args.client_brand or not args.client_model:
return 'Invalid device'
bind = self.get_bind_token(args.bind_token)
if bind['token'] != args.bind_token:
return 'The current QR code has expired, please refresh the page and rescan the code!'
apps = self.get_apps()
if len(apps) >= self.max_bind:
return 'This server is bound to a maximum of {} devices, which has reached the limit!'.format(self.max_bind)
bind['status'] = 1
bind['brand'] = args.client_brand
bind['model'] = args.client_model
self.set_bind_token(bind)
return 1
def get_bind_status(self,args):
if not public.cache_get("get_bind_status"):
public.cache_set("get_bind_status",1,60)
bind = self.get_bind_token(args.bind_token)
return bind
def get_app_bind_status(self,args):
if not 'bind_token' in args:
return 0
if self.get_app_find(args.bind_token):
return 1
return 0
def set_bind_token(self,bind):
data = self.get_api_config()
is_save = False
for i in range(len(data['binds'])):
if data['binds'][i]['token'] == bind['token']:
data['binds'][i] = bind
is_save = True
break
if is_save:
self.save_api_config(data)
return True
def get_apps(self,args = None):
data = self.get_api_config()
return data['apps']
def get_app_find(self,bind_token):
apps = self.get_apps()
for s_app in apps:
if s_app['token'] == bind_token:
return s_app
return None
def add_bind_app(self,args):
bind = self.get_bind_token(args.bind_token)
if bind['status'] == 0:
return public.returnMsg(False,'Failed verification!')
apps = self.get_apps()
if len(apps) >= self.max_bind:
return public.returnMsg(False,'A server allows up to {} device bindings!'.format(self.max_bind))
args.bind_app = args.bind_token
self.remove_bind_app(args)
data = self.get_api_config()
data['apps'].append(bind)
self.save_api_config(data)
self.remove_bind_token(args.bind_token)
return public.returnMsg(True,'Bind successfully!')
def remove_bind_token(self,bind_token):
data = self.get_api_config()
tmp_binds = []
for s_bind in data['binds']:
if bind_token == s_bind['token']:
continue
tmp_binds.append(s_bind)
data['binds'] = tmp_binds
self.save_api_config(data)
def remove_bind_app(self,args):
data = self.get_api_config()
tmp_apps = []
for s_app in data['apps']:
if args.bind_app == s_app['token']:
continue
tmp_apps.append(s_app)
data['apps'] = tmp_apps
self.save_api_config(data)
s_file = '/dev/shm/{}'.format(args.bind_app)
if os.path.exists(s_file):
os.remove(s_file)
return public.returnMsg(True,'successfully deleted!')
def get_bind_token(self,token = None):
data = self.get_api_config()
s_time = time.time()
binds = []
bind = None
is_write = False
for i in range(len(data['binds'])):
if s_time - data['binds'][i]['time'] > self.timeout:
is_write = True
continue
binds.append(data['binds'][i])
if token:
if token == data['binds'][i]['token']:
bind = data['binds'][i]
else:
if not bind:
bind = data['binds'][i]
if not bind:
if len(binds) > 0:
binds = sorted(binds,key=lambda x: x['time'],reverse=True)
bind = binds[0]
else:
bind = {"time":s_time,"token":public.GetRandomString(18),'status':0}
binds.append(bind)
is_write = True
if is_write:
data['binds'] = binds
self.save_api_config(data)
return bind
def set_token(self,get):
if 'request_token' in get: return public.returnMsg(False,'Cannot configure API through API interface')
data = self.get_api_config()
if get.t_type == '1':
token = public.GetRandomString(32)
data['token'] = public.md5(token)
data['token_crypt'] = public.en_crypt(data['token'],token).decode('utf-8')
public.WriteLog('SET_API','Regenerate API-Token')
elif get.t_type == '2':
data['open'] = not data['open']
stats = {True:'Open',False:'Close'}
if not 'token_crypt' in data:
token = public.GetRandomString(32)
data['token'] = public.md5(token)
data['token_crypt'] = public.en_crypt(data['token'],token).decode('utf-8')
public.WriteLog('SET_API','%s API interface' % stats[data['open']])
token = stats[data['open']] + ' success!'
elif get.t_type == '3':
data['limit_addr'] = get.limit_addr.split('\n')
public.WriteLog('SET_API','Change IP limit to [%s]' % get.limit_addr)
token ='Saved successfully!'
self.save_api_config(data)
return public.returnMsg(True,token)
def get_tmp_token(self,get):
if not 'request_token' in get: return public.returnMsg(False,'Temporary keys can only be obtained through the API interface')
data = self.get_api_config()
data['tmp_token'] = public.GetRandomString(64)
data['tmp_time'] = time.time()
self.save_api_config(data)
return public.returnMsg(True,data['tmp_token'])