def query(self):
# 如果要分页，那么需要计算记录总数
if self._limit is not None:
sql = self._make_sql_counter_string()
# log.d(sql, '\n')
db_ret = self._db.query(sql)
if db_ret is None or 0 == len(db_ret):
self._ret_page_index = 0
return TPE_OK
self._ret_total_recorder = db_ret[0][0]
if self._ret_total_recorder == 0:
self._ret_page_index = 0
return TPE_OK
sql = self._make_sql_query_string()
# log.d(sql, '\n')
db_ret = self._db.query(sql)
for db_item in db_ret:
item = AttrDict()
for i in range(len(self._output_fields)):
item[self._output_fields[i]] = db_item[i]
self._ret_recorder.append(item)
return TPE_OK
def rebuild_ops_auz_map():
_users = {}
_hosts = {}
_accs = {}
_gusers = {}
_ghosts = {}
_gaccs = {}
_groups = {}
_policies = {}
_p_users = {}
_p_assets = {}
_map = []
db = get_db()
dbtp = db.table_prefix
db.exec('DELETE FROM {}ops_map'.format(dbtp))
s = SQL(get_db())
# 加载所有策略
err = s.reset().select_from('ops_policy', ['id', 'rank', 'state'], alt_name='p').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_policies[i.id] = i
# 加载所有的用户
err = s.reset().select_from('user', ['id', 'username', 'surname', 'state'], alt_name='u').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_users[i.id] = i
# 加载所有的主机
err = s.reset().select_from('host', ['id', 'name', 'ip', 'router_ip', 'router_port', 'state'], alt_name='h').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_hosts[i.id] = i
# 加载所有的账号
err = s.reset().select_from('acc', ['id', 'host_id', 'username', 'protocol_type', 'protocol_port', 'auth_type', 'state'], alt_name='a').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_accs[i.id] = i
# 加载所有的组
err = s.reset().select_from('group', ['id', 'type', 'state'], alt_name='g').query()
if err != TPE_OK:
return err
for i in s.recorder:
_groups[i.id] = i
if i.type == TP_GROUP_USER:
_gusers[i.id] = []
elif i.type == TP_GROUP_HOST:
_ghosts[i.id] = []
elif i.type == TP_GROUP_ACCOUNT:
_gaccs[i.id] = []
# 加载所有的组
err = s.reset().select_from('group_map', ['id', 'type', 'gid', 'mid'], alt_name='g').query()
if err != TPE_OK:
return err
for g in s.recorder:
if g.type == TP_GROUP_USER:
# if g.gid not in _gusers:
# _gusers[g.gid] = []
_gusers[g.gid].append(_users[g.mid])
elif g.type == TP_GROUP_HOST:
# if g.gid not in _ghosts:
# _ghosts[g.gid] = []
_ghosts[g.gid].append(_hosts[g.mid])
elif g.type == TP_GROUP_ACCOUNT:
# if g.gid not in _gaccs:
# _gaccs[g.gid] = []
_gaccs[g.gid].append(_accs[g.mid])
# 加载所有策略明细
err = s.reset().select_from('ops_auz', ['id', 'policy_id', 'type', 'rtype', 'rid'], alt_name='o').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
# 分解各个策略中操作者和被操作资产的信息
for i in s.recorder:
if i.type == TP_POLICY_OPERATOR:
if i.policy_id not in _p_users:
_p_users[i.policy_id] = []
if i.rtype == TP_USER:
u = _users[i.rid]
_p_users[i.policy_id].append({
'u_id': i.rid,
'u_state': u.state,
'gu_id': 0,
'gu_state': 0,
'u_name': u.username,
'u_surname': u.surname,
'auth_from_': 'USER'
})
elif i.rtype == TP_GROUP_USER:
for u in _gusers[i.rid]:
_p_users[i.policy_id].append({
'u_id': u.id,
'u_state': u.state,
'gu_id': i.rid,
'gu_state': _groups[i.rid].state,
'u_name': u.username,
'u_surname': u.surname,
'auth_from_': 'gUSER'
})
else:
log.e('invalid operator type.\n')
return TPE_FAILED
elif i.type == TP_POLICY_ASSET:
if i.policy_id not in _p_assets:
_p_assets[i.policy_id] = []
if i.rtype == TP_ACCOUNT:
a = _accs[i.rid]
h = _hosts[a.host_id]
_p_assets[i.policy_id].append({
'a_id': i.rid,
'a_state': a.state,
'ga_id': 0,
'ga_state': 0,
'h_id': h.id,
'h_state': h.state,
'gh_id': 0,
'gh_state': 0,
'a_name': a.username,
'protocol_type': a.protocol_type,
'protocol_port': a.protocol_port,
'h_name': h.name,
'ip': h.ip,
'router_ip': h.router_ip,
'router_port': h.router_port,
'auth_to_': 'ACC'
})
elif i.rtype == TP_GROUP_ACCOUNT:
for a in _gaccs[i.rid]:
h = _hosts[a.host_id]
_p_assets[i.policy_id].append({
'a_id': a.id,
'a_state': a.state,
'ga_id': i.rid,
'ga_state': _groups[i.rid].state,
'h_id': h.id,
'h_state': h.state,
'gh_id': 0,
'gh_state': 0,
'a_name': a.username,
'protocol_type': a.protocol_type,
'protocol_port': a.protocol_port,
'h_name': h.name,
'ip': h.ip,
'router_ip': h.router_ip,
'router_port': h.router_port,
'auth_to_': 'gACC'
})
elif i.rtype == TP_HOST:
for aid in _accs:
if _accs[aid].host_id == i.rid:
a = _accs[aid]
h = _hosts[i.rid]
_p_assets[i.policy_id].append({
'a_id': aid,
'a_state': a.state,
'ga_id': 0,
'ga_state': 0,
'h_id': h.id,
'h_state': h.state,
'gh_id': 0,
'gh_state': 0,
'a_name': a.username,
'protocol_type': a.protocol_type,
'protocol_port': a.protocol_port,
'h_name': h.name,
'ip': h.ip,
'router_ip': h.router_ip,
'router_port': h.router_port,
'auth_to_': 'HOST'
})
elif i.rtype == TP_GROUP_HOST:
for h in _ghosts[i.rid]:
for aid in _accs:
if _accs[aid].host_id == h.id:
a = _accs[aid]
_p_assets[i.policy_id].append({
'a_id': aid,
'a_state': a.state,
'ga_id': 0,
'ga_state': 0,
'h_id': h.id,
'h_state': h.state,
'gh_id': i.rid,
'gh_state': _groups[i.rid].state,
'a_name': a.username,
'protocol_type': a.protocol_type,
'protocol_port': a.protocol_port,
'h_name': h.name,
'ip': h.ip,
'router_ip': h.router_ip,
'router_port': h.router_port,
'auth_to_': 'gHOST'
})
else:
log.e('invalid asset type.\n')
return TPE_FAILED
else:
return TPE_FAILED
# 3. 建立所有一一对应的映射关系
for pid in _policies:
if pid not in _p_users:
continue
for u in _p_users[pid]:
if pid not in _p_assets:
continue
for a in _p_assets[pid]:
x = AttrDict()
x.update({
'p_id': pid,
'p_rank': _policies[pid].rank,
'p_state': _policies[pid].state
})
x.update(u)
x.update(a)
x.uni_id = '{}-{}-{}-{}-{}-{}-{}'.format(x.p_id, x.gu_id, x.u_id, x.gh_id, x.h_id, x.ga_id, x.a_id)
x.ua_id = 'u{}-a{}'.format(x.u_id, x.a_id)
x.policy_auth_type = TP_POLICY_AUTH_UNKNOWN
if u['auth_from_'] == 'USER' and a['auth_to_'] == 'ACC':
x.policy_auth_type = TP_POLICY_AUTH_USER_ACC
elif u['auth_from_'] == 'USER' and a['auth_to_'] == 'gACC':
x.policy_auth_type = TP_POLICY_AUTH_USER_gACC
elif u['auth_from_'] == 'USER' and a['auth_to_'] == 'HOST':
x.policy_auth_type = TP_POLICY_AUTH_USER_HOST
elif u['auth_from_'] == 'USER' and a['auth_to_'] == 'gHOST':
x.policy_auth_type = TP_POLICY_AUTH_USER_gHOST
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'ACC':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_ACC
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'gACC':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_gACC
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'HOST':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_HOST
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'gHOST':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_gHOST
_map.append(x)
if len(_map) == 0:
return TPE_OK
values = []
for i in _map:
v = '("{uni_id}","{ua_id}",{p_id},{p_rank},{p_state},{policy_auth_type},{u_id},{u_state},{gu_id},{gu_state},{h_id},{h_state},{gh_id},{gh_state},{a_id},{a_state},{ga_id},{ga_state},' \
'"{u_name}","{u_surname}","{h_name}","{ip}","{router_ip}",{router_port},"{a_name}",{protocol_type},{protocol_port})' \
''.format(uni_id=i.uni_id, ua_id=i.ua_id, p_id=i.p_id, p_rank=i.p_rank, p_state=i.p_state, policy_auth_type=i.policy_auth_type,
u_id=i.u_id, u_state=i.u_state, gu_id=i.gu_id, gu_state=i.gu_state, h_id=i.h_id, h_state=i.h_state,
gh_id=i.gh_id, gh_state=i.gh_state, a_id=i.a_id, a_state=i.a_state, ga_id=i.ga_id, ga_state=i.ga_state,
u_name=i.u_name, u_surname=i.u_surname, h_name=i.h_name, ip=i.ip, router_ip=i.router_ip, router_port=i.router_port,
a_name=i.a_name, protocol_type=i.protocol_type, protocol_port=i.protocol_port)
values.append(v)
sql = 'INSERT INTO `{dbtp}ops_map` (uni_id,ua_id,p_id,p_rank,p_state,policy_auth_type,u_id,u_state,gu_id,gu_state,h_id,h_state,gh_id,gh_state,a_id,a_state,ga_id,ga_state,' \
'u_name,u_surname,h_name,ip,router_ip,router_port,a_name,protocol_type,protocol_port) VALUES \n{values};' \
''.format(dbtp=dbtp, values=',\n'.join(values))
db_ret = db.exec(sql)
if not db_ret:
return TPE_DATABASE
return TPE_OK
def rebuild_ops_auz_map():
_users = {}
_hosts = {}
_accs = {}
_gusers = {}
_ghosts = {}
_gaccs = {}
_groups = {}
_policies = {}
_p_users = {}
_p_assets = {}
_map = []
db = get_db()
dbtp = db.table_prefix
db.exec('DELETE FROM {}ops_map'.format(dbtp))
s = SQL(get_db())
# 加载所有策略
err = s.reset().select_from('ops_policy', ['id', 'rank', 'state'],
alt_name='p').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_policies[i.id] = i
# 加载所有的用户
err = s.reset().select_from('user', ['id', 'username', 'surname', 'state'],
alt_name='u').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_users[i.id] = i
# 加载所有的主机
err = s.reset().select_from(
'host', ['id', 'name', 'ip', 'router_ip', 'router_port', 'state'],
alt_name='h').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_hosts[i.id] = i
# 加载所有的账号
err = s.reset().select_from('acc', [
'id', 'host_id', 'username', 'protocol_type', 'protocol_port',
'auth_type', 'state'
],
alt_name='a').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
for i in s.recorder:
_accs[i.id] = i
# 加载所有的组
err = s.reset().select_from('group', ['id', 'type', 'state'],
alt_name='g').query()
if err != TPE_OK:
return err
for i in s.recorder:
_groups[i.id] = i
if i.type == TP_GROUP_USER:
_gusers[i.id] = []
elif i.type == TP_GROUP_HOST:
_ghosts[i.id] = []
elif i.type == TP_GROUP_ACCOUNT:
_gaccs[i.id] = []
# 加载所有的组
err = s.reset().select_from('group_map', ['id', 'type', 'gid', 'mid'],
alt_name='g').query()
if err != TPE_OK:
return err
for g in s.recorder:
if g.type == TP_GROUP_USER:
# if g.gid not in _gusers:
# _gusers[g.gid] = []
_gusers[g.gid].append(_users[g.mid])
elif g.type == TP_GROUP_HOST:
# if g.gid not in _ghosts:
# _ghosts[g.gid] = []
_ghosts[g.gid].append(_hosts[g.mid])
elif g.type == TP_GROUP_ACCOUNT:
# if g.gid not in _gaccs:
# _gaccs[g.gid] = []
_gaccs[g.gid].append(_accs[g.mid])
# 加载所有策略明细
err = s.reset().select_from('ops_auz',
['id', 'policy_id', 'type', 'rtype', 'rid'],
alt_name='o').query()
if err != TPE_OK:
return err
if 0 == len(s.recorder):
return TPE_OK
# 分解各个策略中操作者和被操作资产的信息
for i in s.recorder:
if i.type == TP_POLICY_OPERATOR:
if i.policy_id not in _p_users:
_p_users[i.policy_id] = []
if i.rtype == TP_USER:
u = _users[i.rid]
_p_users[i.policy_id].append({
'u_id': i.rid,
'u_state': u.state,
'gu_id': 0,
'gu_state': 0,
'u_name': u.username,
'u_surname': u.surname,
'auth_from_': 'USER'
})
elif i.rtype == TP_GROUP_USER:
for u in _gusers[i.rid]:
_p_users[i.policy_id].append({
'u_id': u.id,
'u_state': u.state,
'gu_id': i.rid,
'gu_state': _groups[i.rid].state,
'u_name': u.username,
'u_surname': u.surname,
'auth_from_': 'gUSER'
})
else:
log.e('invalid operator type.\n')
return TPE_FAILED
elif i.type == TP_POLICY_ASSET:
if i.policy_id not in _p_assets:
_p_assets[i.policy_id] = []
if i.rtype == TP_ACCOUNT:
a = _accs[i.rid]
h = _hosts[a.host_id]
_p_assets[i.policy_id].append({
'a_id': i.rid,
'a_state': a.state,
'ga_id': 0,
'ga_state': 0,
'h_id': h.id,
'h_state': h.state,
'gh_id': 0,
'gh_state': 0,
'a_name': a.username,
'protocol_type': a.protocol_type,
'protocol_port': a.protocol_port,
'h_name': h.name,
'ip': h.ip,
'router_ip': h.router_ip,
'router_port': h.router_port,
'auth_to_': 'ACC'
})
elif i.rtype == TP_GROUP_ACCOUNT:
for a in _gaccs[i.rid]:
h = _hosts[a.host_id]
_p_assets[i.policy_id].append({
'a_id': a.id,
'a_state': a.state,
'ga_id': i.rid,
'ga_state': _groups[i.rid].state,
'h_id': h.id,
'h_state': h.state,
'gh_id': 0,
'gh_state': 0,
'a_name': a.username,
'protocol_type': a.protocol_type,
'protocol_port': a.protocol_port,
'h_name': h.name,
'ip': h.ip,
'router_ip': h.router_ip,
'router_port': h.router_port,
'auth_to_': 'gACC'
})
elif i.rtype == TP_HOST:
for aid in _accs:
if _accs[aid].host_id == i.rid:
a = _accs[aid]
h = _hosts[i.rid]
_p_assets[i.policy_id].append({
'a_id': aid,
'a_state': a.state,
'ga_id': 0,
'ga_state': 0,
'h_id': h.id,
'h_state': h.state,
'gh_id': 0,
'gh_state': 0,
'a_name': a.username,
'protocol_type': a.protocol_type,
'protocol_port': a.protocol_port,
'h_name': h.name,
'ip': h.ip,
'router_ip': h.router_ip,
'router_port': h.router_port,
'auth_to_': 'HOST'
})
elif i.rtype == TP_GROUP_HOST:
for h in _ghosts[i.rid]:
for aid in _accs:
if _accs[aid].host_id == h.id:
a = _accs[aid]
_p_assets[i.policy_id].append({
'a_id':
aid,
'a_state':
a.state,
'ga_id':
0,
'ga_state':
0,
'h_id':
h.id,
'h_state':
h.state,
'gh_id':
i.rid,
'gh_state':
_groups[i.rid].state,
'a_name':
a.username,
'protocol_type':
a.protocol_type,
'protocol_port':
a.protocol_port,
'h_name':
h.name,
'ip':
h.ip,
'router_ip':
h.router_ip,
'router_port':
h.router_port,
'auth_to_':
'gHOST'
})
else:
log.e('invalid asset type.\n')
return TPE_FAILED
else:
return TPE_FAILED
# 3. 建立所有一一对应的映射关系
for pid in _policies:
if pid not in _p_users:
continue
for u in _p_users[pid]:
if pid not in _p_assets:
continue
for a in _p_assets[pid]:
x = AttrDict()
x.update({
'p_id': pid,
'p_rank': _policies[pid].rank,
'p_state': _policies[pid].state
})
x.update(u)
x.update(a)
x.uni_id = '{}-{}-{}-{}-{}-{}-{}'.format(
x.p_id, x.gu_id, x.u_id, x.gh_id, x.h_id, x.ga_id, x.a_id)
x.ua_id = 'u{}-a{}'.format(x.u_id, x.a_id)
x.policy_auth_type = TP_POLICY_AUTH_UNKNOWN
if u['auth_from_'] == 'USER' and a['auth_to_'] == 'ACC':
x.policy_auth_type = TP_POLICY_AUTH_USER_ACC
elif u['auth_from_'] == 'USER' and a['auth_to_'] == 'gACC':
x.policy_auth_type = TP_POLICY_AUTH_USER_gACC
elif u['auth_from_'] == 'USER' and a['auth_to_'] == 'HOST':
x.policy_auth_type = TP_POLICY_AUTH_USER_HOST
elif u['auth_from_'] == 'USER' and a['auth_to_'] == 'gHOST':
x.policy_auth_type = TP_POLICY_AUTH_USER_gHOST
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'ACC':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_ACC
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'gACC':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_gACC
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'HOST':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_HOST
elif u['auth_from_'] == 'gUSER' and a['auth_to_'] == 'gHOST':
x.policy_auth_type = TP_POLICY_AUTH_gUSER_gHOST
_map.append(x)
if len(_map) == 0:
return TPE_OK
values = []
for i in _map:
v = '("{uni_id}","{ua_id}",{p_id},{p_rank},{p_state},{policy_auth_type},{u_id},{u_state},{gu_id},{gu_state},{h_id},{h_state},{gh_id},{gh_state},{a_id},{a_state},{ga_id},{ga_state},' \
'"{u_name}","{u_surname}","{h_name}","{ip}","{router_ip}",{router_port},"{a_name}",{protocol_type},{protocol_port})' \
''.format(uni_id=i.uni_id, ua_id=i.ua_id, p_id=i.p_id, p_rank=i.p_rank, p_state=i.p_state, policy_auth_type=i.policy_auth_type,
u_id=i.u_id, u_state=i.u_state, gu_id=i.gu_id, gu_state=i.gu_state, h_id=i.h_id, h_state=i.h_state,
gh_id=i.gh_id, gh_state=i.gh_state, a_id=i.a_id, a_state=i.a_state, ga_id=i.ga_id, ga_state=i.ga_state,
u_name=i.u_name, u_surname=i.u_surname, h_name=i.h_name, ip=i.ip, router_ip=i.router_ip, router_port=i.router_port,
a_name=i.a_name, protocol_type=i.protocol_type, protocol_port=i.protocol_port)
values.append(v)
sql = 'INSERT INTO `{dbtp}ops_map` (uni_id,ua_id,p_id,p_rank,p_state,policy_auth_type,u_id,u_state,gu_id,gu_state,h_id,h_state,gh_id,gh_state,a_id,a_state,ga_id,ga_state,' \
'u_name,u_surname,h_name,ip,router_ip,router_port,a_name,protocol_type,protocol_port) VALUES \n{values};' \
''.format(dbtp=dbtp, values=',\n'.join(values))
db_ret = db.exec(sql)
if not db_ret:
return TPE_DATABASE
return TPE_OK
def get_remotes(handler, sql_filter, sql_order, sql_limit):
"""
获取当前登录用户的可以远程登录的主机（及账号）
远程连接列表的显示策略：
1. 运维权限：可以使用被授权的远程账号进行远程连接；
2. 运维授权权限：可以使用所有的远程账号进行远程连接。
步骤：
1. 查询满足条件的项（用户->账号），按授权策略顺序排序
2. 在此基础上选出非重复的（用户->账号）关系项
3. 继续在上一步基础上选出非重复的主机项
4. 为每一个主机查询满足条件的账号项
"""
operator = handler.get_current_user()
if (operator['privilege'] & TP_PRIVILEGE_OPS_AUZ) != 0:
return get_all_remotes(handler, sql_filter, sql_order, sql_limit)
db = get_db()
######################################################
# step 1.
######################################################
s1 = []
s1.append('SELECT * FROM {}ops_map'.format(db.table_prefix))
s1_where = []
s1_where.append('u_id={}'.format(operator.id))
s1_where.append('p_state={state}'.format(state=TP_STATE_NORMAL))
s1.append('WHERE ({})'.format(') AND ('.join(s1_where)))
s1.append('ORDER BY p_rank DESC')
sql_1 = ' '.join(s1)
######################################################
# step 2.
######################################################
sql_2 = 'SELECT * FROM ({}) AS s1 GROUP BY ua_id'.format(sql_1)
_f = ['id', 'p_id', 'h_id', 'h_state', 'gh_state', 'h_name', 'ip', 'router_ip', 'router_port']
######################################################
# step 3.
######################################################
_where = list()
if len(sql_filter) > 0:
for k in sql_filter:
# if k == 'state':
# _where.append('h.state={}'.format(sql_filter[k]))
# el
if k == 'search':
ss = SQL(get_db())
ss.select_from('host', ['id'], alt_name='h')
ss.where('(h.name LIKE "%{k}%" OR h.ip LIKE "%{k}%" OR h.router_ip LIKE "%{k}%")'.format(k=sql_filter[k]))
err = ss.query()
if err != TPE_OK:
return err, 0, 1, []
if len(ss.recorder) == 0:
return TPE_OK, 0, 1, []
h_list = ','.join([str(i['id']) for i in ss.recorder])
_where.append('(h_id IN ({}))'.format(h_list))
elif k == 'host_group':
shg = SQL(get_db())
shg.select_from('group_map', ['mid'], alt_name='g')
shg.where('g.type={} AND g.gid={}'.format(TP_GROUP_HOST, sql_filter[k]))
err = shg.query()
if err != TPE_OK:
return err, 0, 1, []
if len(shg.recorder) == 0:
return TPE_NOT_EXISTS, 0, 1, []
h_list = ','.join([str(i['mid']) for i in shg.recorder])
_where.append('(h_id IN ({}))'.format(h_list))
str_where = ''
if len(_where) > 0:
str_where = 'WHERE ( {} )'.format(' AND '.join(_where))
sql_counter = []
sql_counter.append('SELECT COUNT(*)')
sql_counter.append('FROM')
sql_counter.append('({}) AS s3'.format(sql_2))
sql_counter.append(str_where)
sql_counter.append('GROUP BY h_id')
sql_counter.append(';')
db_ret = db.query(' '.join(sql_counter))
if db_ret is None or len(db_ret) == 0:
return TPE_OK, 0, 1, []
total = len(db_ret)
if total == 0:
return TPE_OK, 0, 1, []
if total < sql_limit['page_index'] * sql_limit['per_page']:
sql_limit['page_index'] = 0
sql = []
sql.append('SELECT {}'.format(','.join(_f)))
sql.append('FROM')
sql.append('({}) AS s2'.format(sql_2))
sql.append(str_where)
sql.append('GROUP BY h_id')
sql.append('ORDER BY ip')
sql.append('LIMIT {},{}'.format(sql_limit['page_index'] * sql_limit['per_page'], sql_limit['per_page']))
sql.append(';')
ret_recorder = [] # 用于构建最终返回的数据
h_ids = [] # 涉及到的主机的ID列表
db_ret = db.query(' '.join(sql))
if db_ret is None:
return TPE_OK, 0, 1, []
for db_item in db_ret:
item = AttrDict()
for i in range(len(_f)):
item[_f[i]] = db_item[i]
item.accounts_ = []
ret_recorder.append(item)
h_ids.append(item.h_id)
######################################################
# step 4.
######################################################
host_ids = [str(i) for i in h_ids]
s4 = []
s4.append('SELECT * FROM {}ops_map'.format(db.table_prefix))
s4_where = []
s4_where.append('u_id={}'.format(operator.id))
s4_where.append('p_state={state}'.format(state=TP_STATE_NORMAL))
s4_where.append('h_id IN ({})'.format(','.join(host_ids)))
s4.append('WHERE ({})'.format(') AND ('.join(s4_where)))
s4.append('ORDER BY p_rank DESC')
sql_4 = ' '.join(s4)
sql = []
_f = ['id', 'uni_id', 'policy_auth_type', 'p_id', 'h_id', 'a_id', 'a_state', 'ga_state', 'a_name', 'protocol_type']
sql.append('SELECT {}'.format(','.join(_f)))
sql.append('FROM')
sql.append('({}) AS s4'.format(sql_4))
sql.append('GROUP BY ua_id')
sql.append(';')
db_ret = db.query(' '.join(sql))
if db_ret is None:
return TPE_OK, 0, 1, []
p_ids = [] # 涉及到的策略的ID列表
for db_item in db_ret:
item = AttrDict()
for i in range(len(_f)):
item[_f[i]] = db_item[i]
if item.p_id not in p_ids:
p_ids.append(item.p_id)
for j in range(len(ret_recorder)):
if ret_recorder[j].h_id == item.h_id:
ret_recorder[j].accounts_.append(item)
# 查询所有相关的授权策略的详细信息
# print('p-ids:', p_ids)
policy_ids = [str(i) for i in p_ids]
_f = ['id', 'flag_rdp', 'flag_ssh']
sql = []
sql.append('SELECT {}'.format(','.join(_f)))
sql.append('FROM {}ops_policy'.format(db.table_prefix))
sql.append('WHERE id IN ({})'.format(','.join(policy_ids)))
sql.append(';')
db_ret = db.query(' '.join(sql))
# print('', db_ret)
for db_item in db_ret:
item = AttrDict()
for i in range(len(_f)):
item[_f[i]] = db_item[i]
for i in range(len(ret_recorder)):
for j in range(len(ret_recorder[i].accounts_)):
if ret_recorder[i].accounts_[j].p_id == item.id:
ret_recorder[i].accounts_[j].policy_ = item
# print(json.dumps(ret_recorder, indent=' '))
return TPE_OK, total, sql_limit['page_index'], ret_recorder
