def _set_time_info(data={}):
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_device_time())
if resp["responseCode"] != 200:
return ""
else:
update_info = resp["device_time_info"]
for key in data.keys():
if key == "date":
time_info = str(update_info["time"])
items = time_info.split()
new_time_info = data.get(key) + " " + items[1]
update_info["time"] = new_time_info
elif key == "time":
time_info = str(update_info["time"])
items = time_info.split()
new_time_info = items[0] + " " + data.get(key)
update_info["time"] = new_time_info
elif key == "tz":
update_info["timezone"] = data.get(key)
config = {"device_time_info": update_info}
res = client.set_config(config)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
return ""
else:
return u"更新成功"
def _get_time_info(type=""):
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_device_time())
if resp["responseCode"] != 200:
return ""
else:
time_info = str(resp["device_time_info"]["time"])
tz_index = resp["device_time_info"]["timezone"]
if type == "date":
return time_info.split()[0]
elif type == "time":
return time_info.split()[1]
elif type == "timezone":
for tz in APP_TIMEZONE_TABLE:
if tz['zone_index'] == tz_index:
return tz["timezone"]
return u"未找到任何时区信息"
# elif type == "tzlist":
# tz_list = []
# for tz in APP_TIMEZONE_TABLE:
# del tz['zone_index']
# tz_list.append(tz)
# return tz_list
else:
return ""
def _get_hostname():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_information(["device_base_info"]))
if resp["responseCode"] != 200:
return ""
else:
device_info = resp["device_base_info"]
return device_info["hostname"]
def _set_hostname(new_name):
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
config = {"device_base_info": {"hostname": new_name}}
res = client.set_config(config)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
return ""
else:
return u"更新成功"
def _get_collectlog_history():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_collectlog_history())
if resp["responseCode"] != 200:
print u"获取日志失败"
else:
print u"序号\t名字\t\t\t\t\t\t\t大小"
for i, log_item in enumerate(resp["data"], start=1):
print i, "\t", log_item["name"], "\t", log_item["size"]
def _start_collectlog():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
if utils.get_disk_stat()["available"] / 1024 / 1024 / 1024 < 1:
print u"空间不足，无法收集"
return
print u"正在收集日志......"
resp = json.loads(client.start_collectlog())
if resp["responseCode"] != 200:
print u"收集日志失败"
else:
print u"收集完成:", resp["data"]["name"]
def do_synctime(self, paras):
args = paras.strip().split()
if len(args) > 0:
print u"输入参数数目不合法, 请参考帮助文档"
return
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.synctime_now())
if resp["responseCode"] == 200:
print u"同步时间成功"
else:
print u"同步时间失败"
def _restore_hostname(hostname_backup_file):
f = open(hostname_backup_file)
hostname_backup = f.readline().replace("\n", "")
if hostname_backup is not None and hostname_backup != "":
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
config = {"device_base_info": {"hostname": hostname_backup}}
res = agent_client.set_config(config)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
utils.app_logger("Restore hostname encounter error", "error")
else:
utils.app_logger("Restore hostname successfully")
def _device_action(type):
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
if type == "reboot":
action = {"object": "device", "action": "restart"}
elif type == "shutdown":
action = {"object": "device", "action": "stop"}
res = client.system_action(action)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
return ""
else:
return u"操作成功"
pass
def _get_interface_info():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_information(["interfaces"]))
if resp["responseCode"] != 200:
return ""
else:
ret = "名称\tip地址\t\t状态\t模式\t速度\t双工模式\n"
interfaces = resp["interfaces"]
for interface in interfaces:
eth = str(interface["device"])
if (utils.get_device_type() == 1 or utils.get_device_type() == 5
or utils.get_device_type() == 11) and eth != "eth0":
continue
if eth == "eth0":
ret += "Mgmt\t"
elif eth == "eth1":
ret += "MTA\t"
elif eth == "eth2":
ret += "P1\t"
elif eth == "eth3":
ret += "P2\t"
elif eth == "br0":
ret += "BR0\t"
else:
ret += "Other\t"
if str(interface["ip"]) == "":
ret += "\t\t"
else:
ret += str(interface["ip"]) + "\t"
status = str(interface["action"])
if status == "enable":
ret += "已连接\t"
else:
ret += "未连接\t"
mode = str(interface["role"])
if mode == "monitoring":
ret += "监控\t"
elif mode == "bridge":
ret += "桥接\t"
else:
ret += "网络\t"
if not "unknown" in interface["speed"].lower():
ret += str(interface["speed"]) + "\t"
ret += str(interface["duplex"]) + "\n"
else:
ret += "\t\n"
return ret
def _get_device_info(type):
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_information(["device_base_info"]))
if resp["responseCode"] != 200:
return ""
else:
device_info = resp["device_base_info"]
if type == "model":
return device_models[device_info["deviceModel"] - 1]
elif type == "hostname":
return device_info["hostname"]
elif type == "device-id":
return device_info["serials"]
else:
return ""
def _get_ip_info(type):
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_network_general())
if resp["responseCode"] != 200:
return ""
if type == "address":
return utils.get_ip_address(
str(resp["network_general"]["niccard_name"]))
elif type == "gateway":
return str(resp["network_general"]["defaultgw"])
elif type == "dns":
ret = ""
for dns in resp["network_general"]["dns"]:
ret += str(dns) + "\n"
return ret
else:
return ""
def _get_services_info():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_information(["service_status"]))
if resp["responseCode"] != 200:
return ""
else:
ret = ""
status_info = resp["service_status"]
for key in status_info.keys():
display = "-----" + key + "-----\n"
mods = status_info.get(key)
for mod in mods:
display += str(mod["name"])
display += ":\t"
status = "running" if mod["status"] == 0 else "stopped"
display += status
display += "\n"
ret += display
return ret
def _upload_collectlog():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_collectlog_history())
if resp["responseCode"] != 200:
print u"获取日志失败"
return
else:
print u"序号\t名字\t\t\t\t\t\t\t大小"
for i, log_item in enumerate(resp["data"], start=1):
print i, "\t", log_item["name"], "\t", log_item["size"]
seq = my_prompt("请选择要上传的日志序号:", validate_func=_valid_prompt)
if int(seq) > len(resp["data"]) or int(seq) <= 0:
print u"请输入正确的日志序号"
return
log_id = resp["data"][int(seq) - 1]["id"]
ip = my_prompt("请输入FTP的地址:")
username = my_prompt("请输入用户名:")
#password=my_prompt("请输入FTP的密码:")
import getpass
password = getpass.getpass("请输入密码:")
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
print u"正在上传......"
resp = json.loads(client.upload_collectlog(log_id, ip, username, password))
if resp["resCode"] == 200:
print u"上传成功"
elif resp["resCode"] == 401:
print u"ftp用户名或者密码错误"
else:
print u"文件没有找到"
def _get_route_info():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_information(["route_information"]))
if resp["responseCode"] != 200:
return ""
else:
ret = "目标网络\t子网掩码\t网关\t\t网卡\t类型\n"
for route in resp["route_information"]["route"]:
ret += str(route["destination"]) + "\t"
ret += str(route["netmask"]) + "\t"
ret += str(route["gateway"]) + "\t"
if str(route["device"]) == "eth1":
ret += "MTA\t"
elif str(route["device"]) == "br0":
ret += "Br0\t"
else:
ret += "Mgmt\t"
if route["type"] == 1:
ret += "静态路由"
else:
ret += "策略路由"
ret += "\n"
return ret
def _get_version_info():
ret = ""
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_information(["device_base_info"]))
if resp["responseCode"] != 200:
return ""
else:
device_info = resp["device_base_info"]
ret += "天空卫士 " + device_models[device_info["deviceModel"] -
1] + " Release " + str(
device_info["version"]) + " 版本\n"
ret += "CPU:\t\t" + str(device_info["cpucore"]) + "核\n"
ret += "Memory:\t\t" + str(device_info["memory"]) + "\n"
ret += "启动时间:\t" + str(device_info["starttime"]) + "\n"
ret += "当前时间:\t" + _get_current_time() + "\n"
ret += "型号:\t\t" + device_models[device_info["deviceModel"] - 1] + "\n"
try:
license_id, products = _get_license_info()
except:
return ret
ret += "License Key:\t" + str(license_id) + "\n"
ret += "授权功能:\t" + ", ".join(products) + "\n"
return ret
def _services_action(type):
requests = []
if type == "start":
action = {"object": "device", "action": "restart"}
elif type == "stop":
action = {"object": "device", "action": "stop"}
elif type == "restart":
pass
try:
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res = client.system_action(requests)
except Exception, e:
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res = client.system_action(requests)
def _set_route_info(route_type, action, **kwargs):
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_information(["route_information"]))
if resp["responseCode"] != 200:
routes_str = ""
else:
routes_str = json.dumps(resp["route_information"]["route"])
if routes_str == "":
return ""
routes = json.loads(routes_str)
route_info = {}
route_info["type"] = 1 if route_type == "static" else 2
route_info["destination"] = kwargs["destination"]
route_info["netmask"] = kwargs["netmask"]
route_info["gateway"] = kwargs["gateway"]
route_info["device"] = kwargs["device"]
if action == "add":
routes.append(route_info)
elif action == "del":
before = len(routes)
for r in routes:
if r["type"] == route_info["type"] \
and r["destination"] == route_info["destination"] \
and r["netmask"] == route_info["netmask"] \
and r["gateway"] == route_info["gateway"] \
and r["device"] == route_info["device"]:
routes.remove(r)
break
after = len(routes)
if before == after:
return u"您要删除的路由并不存在"
else:
return ""
# update routes of device
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
config = {"route_information": {"route": routes}}
res = client.set_information(config)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
return ""
else:
return u"操作成功"
def _delete_collectlog():
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
resp = json.loads(client.get_collectlog_history())
if resp["responseCode"] != 200:
print u"获取日志失败"
return
else:
print u"序号\t名字\t\t\t\t\t\t\t大小"
for i, log_item in enumerate(resp["data"], start=1):
print i, "\t", log_item["name"], "\t", log_item["size"]
seq = my_prompt("请选择要删除的日志序号:", validate_func=_valid_prompt)
if int(seq) > len(resp["data"]) or int(seq) <= 0:
print u"请输入正确的日志序号"
return
log_id = resp["data"][int(seq) - 1]["id"]
client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
print u"正在删除......"
resp = json.loads(client.delete_collectlog(log_id))
if resp["responseCode"] != 200:
print u"删除日志失败"
else:
print u"删除完成"
def _restore_appliance(app_filename):
tmp_folder = tempfile.mkdtemp(prefix="backup.", dir="/tmp")
(ret, output) = utils.app_command("tar xfvz %s -C %s" %
(app_filename, tmp_folder))
current_path = os.getcwd()
os.chdir(tmp_folder)
app_filename = os.path.basename(app_filename)
device_type = utils.get_device_type()
# copy networking files to some place, _post_restore will use them
cur_dir = os.getcwd()
if os.path.exists(cur_dir + "/interfaces"):
shutil.rmtree(temp_dir_networking, ignore_errors=True)
os.makedirs(temp_dir_networking)
utils.app_command_quiet("cp interfaces " + temp_dir_networking)
utils.app_command_quiet("cp resolv.conf " + temp_dir_networking)
utils.app_command_quiet("cp hostname.backup " + temp_dir_networking)
if device_type == 2 or device_type == 6 or device_type == 13:
utils.app_command_quiet("cp pbr-* " + temp_dir_networking)
# restore hostname
if os.path.exists(cur_dir + "/hostname.backup"):
utils.app_command_quiet("cp hostname.backup " +
temp_dir_networking)
_restore_hostname(temp_dir_networking + "/hostname.backup")
#restore pcap config file
if device_type == 2:
has_file = False
for bro_cfg in bro_backup_filelist:
if os.path.isfile(os.path.basename(bro_cfg)):
has_file = True
shutil.copy(os.path.basename(bro_cfg), bro_cfg)
common_bro_rep_str = 'redef snaplen = 32768;\\nconst store_disk_length = 4096 \\&redef;\\nconst ftp_capture_max_file_size =100000000 \\&redef;\\nconst smb_capture_max_file_size =100000000 \\&redef;\\nconst http_capture_max_file_size =100000000 \\&redef;\\nconst smtp_capture_max_file_size =100000000 \\&redef;\\nconst imap_capture_max_file_size =100000000 \\&redef;\\nconst pop3_capture_max_file_size =100000000 \\&redef;'
os.system(
"sed -i ':a;N;$!ba;s/\\(.*\\)redef snaplen = 32768;\\(.*\\)/\\1%s\\2/' /usr/local/bro/share/bro/policy/protocols/spe-common/common.bro"
% (common_bro_rep_str))
if has_file == True:
device_mode = utils.get_device_work_mode()
current_mode = utils.get_monitor_mode()
restore_mode = utils.get_monitor_mode()
if device_mode == 1 and not current_mode == restore_mode:
utils.logger("Restore monitor mode to %s" % restore_mode)
utils.app_command(
"/opt/skyguard/www/app/device_work_mode.py switch force")
if device_type == 2 or device_type == 4 or device_type == 6 or device_type == 8:
#Restore iptables, ebtables first - in case device work doesn't change which will not refresh these tables
for bk_file in app_backup_filelist:
if (device_type == 4
or device_type == 8) and "ebtables" in bk_file:
continue
if os.path.isfile(os.path.basename(bk_file)):
shutil.copy(os.path.basename(bk_file), bk_file)
device_mode = utils.get_device_work_mode()
# Flush ebtables
if device_type == 2 or device_type == 6 and device_mode != 4: # device mode is not proxy mode
utils.app_command_quiet("/sbin/ebtables -t broute -F")
utils.app_command_quiet(
"/bin/sh /opt/skyguard/www/app/ebtables-rules-%d" %
int(device_mode))
utils.app_command_quiet(
"/sbin/iptables-restore < /opt/skyguard/www/app/iptables-rules-%d"
% int(device_mode))
app_restore = app_filename.replace(".tar.gz", ".conf")
with open(app_restore) as config_data:
config = json.load(config_data)
monitor_mode = utils.get_monitor_mode()
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
# restore device work mode
if config.has_key("device_work_mode"):
device_work_mode = config["device_work_mode"]
device_type = utils.get_device_type()
if device_type == 2 or device_type == 6:
res = agent_client.set_information(
{"device_work_mode": device_work_mode})
res_json = json.loads(res)
if res_json["responseCode"] != 200:
utils.app_logger("Restore device_work_mode encounter error",
"error")
return False
if device_work_mode == 1:
utils.app_command(
"sudo /opt/skyguard/www/app/device_work_mode.py switch %s"
% monitor_mode)
# restore protocol settings
device_work_mode = utils.get_device_work_mode()
if config.has_key("protocol"):
utils.app_conf_write({"protocol": config["protocol"]})
if device_work_mode == 1 and monitor_mode == "pcap" and config[
"protocol"].has_key("netObject"):
try:
res = agent_client.set_protocol_settings(
"netObject", config["protocol"]["netObject"])
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res = agent_client.set_protocol_settings(
"netObject", config["protocol"]["netObject"])
#restore pcap file in swg
if device_type == 6:
for bro_cfg in bro_backup_filelist_swg:
if os.path.isfile(os.path.basename(bro_cfg)):
shutil.copy(os.path.basename(bro_cfg), bro_cfg)
# if bro run ,restart
ret = os.system(
"ps -ef |grep /usr/local/bro/bin/bro |grep -v grep > /dev/null 2>&1"
)
if ret == 0:
os.system("/usr/local/bro/bin/broctl deploy > /dev/null 2>&1")
import time
time.sleep(1)
# restore global bypass
if config.has_key("globalbypass"):
res = utils.app_conf_write({"globalbypass": config["globalbypass"]})
#restore exception list
if config.has_key("exception"):
res = utils.app_conf_write({"exception": config["exception"]})
# restore backup settings
if config.has_key("backup_settings"):
backup_settings = config["backup_settings"]
try:
res = agent_client.set_backup_settings(backup_settings)
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res = agent_client.set_backup_settings(backup_settings)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
utils.app_logger("Restore backup_settings encounter error",
"error")
return False
# restore snmp settings
if config.has_key("snmp_settings"):
snmp_settings = config["snmp_settings"]
try:
res = agent_client.set_information(
{"snmp_settings": snmp_settings})
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res = agent_client.set_information(
{"snmp_settings": snmp_settings})
res_json = json.loads(res)
if res_json["responseCode"] != 200:
utils.app_logger("Restore snmp_settings encounter error", "error")
return False
# restore device time info
if config.has_key("device_time_info"):
device_time_info = config["device_time_info"]
if device_time_info.has_key("ntp") and device_time_info["ntp"]:
new_time_info = json.loads(
agent_client.get_device_time())["device_time_info"]
new_time_info["ntp"] = device_time_info["ntp"]
new_time_info["ntpserver"] = device_time_info["ntpserver"]
config = {}
config["device_time_info"] = new_time_info
try:
res = agent_client.set_config(config)
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res = agent_client.set_config(config)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
utils.app_logger("Restore device_time_info encounter error",
"error")
return False
# restore proxy settings
if config.has_key("proxy_settings"):
proxy_settings = config["proxy_settings"]
try:
res = agent_client.set_proxy_settings(proxy_settings)
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res = agent_client.set_proxy_settings(proxy_settings)
res_json = json.loads(res)
if res_json["responseCode"] != 200:
utils.app_logger("Restore proxy_settings encounter error", "error")
return False
# restore block pages settings
if config.has_key("block_page_settings"):
utils.app_logger("begim to restore block_page_settings")
block_page_settings = config["block_page_settings"]
bps = BlockPageSettings()
# first restore the backup block pages
bps.delete_backup_zip()
shutil.copy(os.path.basename(blockpage_backup_customized_zip),
blockpage_backup_customized_zip)
shutil.copy(os.path.basename(blockpage_backup_uploaded_zip),
blockpage_backup_uploaded_zip)
bps.restore_blockpage_dir()
# then update the setting
ret = bps.set_settings(block_page_settings)
utils.app_command_quiet(
"chown -R www-data:www-data /opt/skyguard/download/")
if ret["responseCode"] == 0 or ret["responseCode"] == 1:
utils.app_logger("Succeed to restore block_page_settings")
else:
utils.app_logger("Restore block_page_settings encounter error",
"error")
return False
# restore device base info
if config.has_key("device_base_info"):
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
agent_client.set_information(
{"device_base_info": config["device_base_info"]})
#(ret, output) = utils.app_command("sudo /opt/skyguard/www/app/device_base_info.py set %s" % "'"+json.dumps(config["device_base_info"])+"'")
#if ret != 0:
# utils.app_logger(str(output))
# restore forensics storage
if config.has_key("forensics_storage"):
forensics_storage.set_forensics_capacity(
config["forensics_storage"]["capacity"])
#restore forensic file
if device_type != 1:
if os.path.exists("forensics"):
filelist = os.listdir("forensics")
if filelist != []:
if not os.path.exists(forensics_dir):
os.makedirs(forensics_dir)
FileUtil.copyFilesToDir("forensics", forensics_dir)
#for f in filelist:
# shutil.copy("forensics/"+f,forensics_dir)
#restore collect log dir
if os.path.exists("collect_log"):
filelist = os.listdir("collect_log")
if filelist != []:
if not os.path.exists(collect_log_dir):
os.makedirs(collect_log_dir)
FileUtil.copyFilesToDir("collect_log/", collect_log_dir)
# Restore hybrid.conf if exist
if os.path.isfile("hybrid.conf"):
shutil.copy("hybrid.conf", "/opt/skyguard/www/app/hybrid.conf")
# Resotre hybrid settings
if (device_type == 4
or device_type == 8) and os.path.isfile("gre_info.conf"):
shutil.copy("gre_info.conf", "/opt/skyguard/www/app/gre_info.conf")
'''
with open("hybrid_settings.conf", "r") as hybrid_conf:
hybrid_settings = json.load(hybrid_conf)
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
agent_client.set_hybrid_config(hybrid_settings)
'''
#restore synctime task setting
if config.has_key("synctime_schedule_task"):
redis_client = RedisClient()
if redis_client.exist_key("synctime_schedule_task"):
redis_client.delete_key("synctime_schedule_task")
redis_client.hmset("synctime_schedule_task",
config["synctime_schedule_task"])
#restore backup task setting
if config.has_key("backup_schedule_task"):
redis_client = RedisClient()
if redis_client.exist_key("backup_schedule_task"):
redis_client.delete_key("backup_schedule_task")
redis_client.hmset("backup_schedule_task",
config["backup_schedule_task"])
set_backup_schedule(config["backup_schedule_task"])
#restore ts setting
#if config.has_key("ts_account_info"):
#redis_client = RedisClient()
#if redis_client.exist_key("ts"):
# redis_client.delete_key("ts")
#redis_client.set("ts",config["ts_account_info"])
# restore network setting
bk_interface_file = temp_dir_networking + "/interfaces"
if os.path.exists(bk_interface_file):
import time
time.sleep(5)
utils.app_logger("Restore network setting...")
#utils.app_command_quiet("/etc/init.d/networking stop")
for nic in [
"eth0", "eth1", "eth2", "eth3", "bond0", "bond1", "bond2",
"bond3", "br0"
]:
_remove_old_pbr(nic)
utils.app_logger("Restore /etc/network/interfaces...")
shutil.copy(bk_interface_file, "/etc/network/interfaces")
bk_resolv_file = temp_dir_networking + "/resolv.conf"
utils.app_logger("Restore /etc/resolv.conf...")
shutil.copy(bk_resolv_file, "/etc/resolv.conf")
if device_type == 2 or device_type == 6 or device_type == 13:
utils.app_logger("Restore /opt/skyguard/www/app/pbr-*...")
for f in listdir(temp_dir_networking):
if f.find("pbr-") != -1:
shutil.copy(join(temp_dir_networking, f),
"/opt/skyguard/www/app/")
shutil.rmtree(temp_dir_networking, ignore_errors=True)
#utils.app_command_quiet("/etc/init.d/networking start")
utils.app_logger("Finish to restore network setting.")
# notify mta to update mta ip
if device_type == 2 or device_type == 6:
if utils.get_bonding_status("bond1") == True:
mta_ip = utils.get_ip_address("bond1")
else:
mta_ip = utils.get_ip_address("eth1")
mtaclient = MTA_CLIENT(MTA_ADDR, MTA_PORT)
mtaclient.set_mta_nics("eth1", mta_ip)
os.chdir(current_path)
shutil.rmtree(tmp_folder)
print "Finished restore"
return True
def _backup_appliance(tmp_folder,
whether_backup_network=False,
whether_backup_forensics=False):
version = utils.app_conf_get("device_base_info")["version"]
# Get current time
tnow = int(time.time())
tnowst = time.localtime(tnow)
timestamp = time.strftime('%Y%m%d%H%M%S', tnowst)
current_path = os.getcwd()
os.chdir(tmp_folder)
app_filename_prefix = "Appliance" + "-" + version + "-" + timestamp
device_type = utils.get_device_type()
backup_content = {}
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
if device_type == 2 or device_type == 4 or device_type == 6 or device_type == 8:
if device_type == 2 or device_type == 6:
# get device_work_mode info
work_mode = utils.app_conf_get("device_work_mode")
device_work_mode = {}
backup_content["device_work_mode"] = work_mode
if work_mode == 1: #backup netObject and globalbypass for pcap mode
monitor_mode = utils.get_monitor_node()
if monitor_mode == "pcap":
global_bypass = utils.app_conf_get("globalbypass")
if global_bypass != {}:
backup_content["globalbypass"] = global_bypass
# get protocol settings
protocol_settings = utils.app_conf_get("protocol")
if protocol_settings != {}:
backup_content["protocol"] = protocol_settings
# get block_pages setting
block_page_settings = BlockPageSettings().get_settings()
backup_content["block_page_settings"] = block_page_settings["data"]
# get SNMP info
try:
res_json = json.loads(agent_client.get_SNMP_settings())
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res_json = json.loads(agent_client.get_SNMP_settings())
backup_content["snmp_settings"] = res_json["snmp_settings"]
if device_type == 1:
# get device_time_info
try:
res_json = json.loads(agent_client.get_device_time())
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res_json = json.loads(agent_client.get_device_time())
backup_content["device_time_info"] = res_json["device_time_info"]
# get proxy_settings
try:
res_json = json.loads(agent_client.get_proxy_settings())
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res_json = json.loads(agent_client.get_proxy_settings())
if res_json.has_key("proxyserver"):
del res_json["responseCode"]
del res_json["message"]
backup_content["proxy_settings"] = res_json
# get backup_settings
try:
res_json = json.loads(agent_client.get_backup_settings())
except httplib.HTTPException:
agent_client = AGENT_CLIENT(AGENT_ADDR, AGENT_PORT)
res_json = json.loads(agent_client.get_backup_settings())
if res_json.has_key("locationType"):
del res_json["responseCode"]
del res_json["message"]
backup_content["backup_settings"] = res_json
# get hostname and desc
hostname = utils.app_conf_get("device_base_info")["hostname"]
if utils.app_conf_get("device_base_info").has_key("desc"):
desc = utils.app_conf_get("device_base_info")["desc"]
else:
desc = ""
backup_content["device_base_info"] = {"hostname": hostname, "desc": desc}
# get forensics storage
backup_content["forensics_storage"] = {
"capacity": forensics_storage.get_forensics_capacity()
}
#get exception list
backup_content["exception"] = utils.app_conf_get("exception")
#get synctime setting
redis_client = RedisClient()
if redis_client.exist_key("synctime_schedule_task"):
synctime_schedule_task = redis_client.hgetall("synctime_schedule_task")
if synctime_schedule_task is not None:
backup_content["synctime_schedule_task"] = synctime_schedule_task
#get backup schedule setting
redis_client = RedisClient()
if redis_client.exist_key("backup_schedule_task"):
backup_schedule_task = redis_client.hgetall("backup_schedule_task")
if backup_schedule_task is not None:
backup_content["backup_schedule_task"] = backup_schedule_task
#get ts setting
redis_client = RedisClient()
if redis_client.exist_key("ts"):
ts_res = redis_client.get("ts")
if ts_res is not None:
backup_content["ts_account_info"] = ts_res
with open(app_filename_prefix + ".conf", "w") as bk_file:
json.dump(backup_content, bk_file, indent=4)
bk_file.close()
if device_type == 2 or device_type == 4 or device_type == 6 or device_type == 8:
bk_file_list = ""
for bk_file in app_backup_filelist:
if (device_type == 4
or device_type == 8) and "ebtables" in bk_file:
continue
shutil.copy(bk_file, "./")
bk_file_list += " %s" % os.path.basename(bk_file)
# backup block pages
blockpage_zip_files = BlockPageSettings().backup_blockpage_dir()
for bk_file in blockpage_zip_files:
shutil.copy(bk_file, "./")
bk_file_list += " %s" % os.path.basename(bk_file)
bk_file_list += " " + app_filename_prefix + ".conf"
else:
bk_file_list = app_filename_prefix + ".conf"
# get networking files
if whether_backup_network:
networking_list = _get_backup_networking_files(tmp_folder)
for bk_file in networking_list:
bk_file_list += " %s" % os.path.basename(bk_file)
# backup hybrid.conf if exist
if os.path.isfile("/opt/skyguard/www/app/hybrid.conf"):
shutil.copy("/opt/skyguard/www/app/hybrid.conf", "./")
bk_file_list += " hybrid.conf"
if device_type == 2:
for bro_cfg in bro_backup_filelist:
if os.path.isfile(bro_cfg):
shutil.copy(bro_cfg, "./")
bk_file_list += " %s" % os.path.basename(bro_cfg)
# swg pacp mode
if device_type == 6:
if "2.2" in version:
pass
else:
for bro_cfg in bro_backup_filelist_swg:
if os.path.isfile(bro_cfg):
shutil.copy(bro_cfg, "./")
bk_file_list += " %s" % os.path.basename(bro_cfg)
#backup collect log
if os.path.exists(collect_log_dir):
filelist = os.listdir(collect_log_dir)
if filelist != []:
if not os.path.exists("collect_log"):
os.mkdir("collect_log")
FileUtil.copyFilesToDir(collect_log_dir, "collect_log/")
bk_file_list += " %s" % ("collect_log/")
# Backup hybrid settings
if device_type == 4 or device_type == 8:
shutil.copy("/opt/skyguard/www/app/gre_info.conf", "./")
bk_file_list += " gre_info.conf"
'''
agent_client = AGENT_CLIENT(AGENT_ADDR,AGENT_PORT)
network_settings = agent_client.get_hybrid_config()
ucss_external_ip = utils.get_ucss_address()
# get ucss internal ip from iptables
(ret, output) = utils.app_command("iptables-save | grep %s" % ucss_external_ip)
if ret == 0:
kv = [word.split() for word in output[0].split()]
if "-d" in kv:
ucss_internal_ip = kv[kv.index("-d") + 1].split("/")[0]
# get ucsg public ip
public_ip = utils.get_ip_address("eth1")
hybrid_settings = {"network_setting" : json.dumps(network_settings), "ucss_external_ip" : ucss_external_ip, "ucss_internal_ip" : ucss_internal_ip, "public_ip" : public_ip}
with open("hybrid_settings.conf", "w") as hybrid_conf:
json.dump(hybrid_settings, hybrid_conf, indent=4)
'''
# Backup
#backup forensics
whether_backup_forensics = 0
if whether_backup_forensics:
if device_type != 1:
if os.path.exists(forensics_dir):
filelist = os.listdir(forensics_dir)
if filelist != []:
os.mkdir("forensics")
for f in filelist:
shutil.copy(forensics_dir + f, "forensics/")
# generate backup tgz
utils.app_command_quiet("tar cfvz %s %s" %
(app_filename_prefix + ".tar.gz", bk_file_list))
# remove tmp files
os.unlink(app_filename_prefix + ".conf")
if os.path.isfile("hybrid.conf"):
os.unlink("hybrid.conf")
if os.path.isfile("gre_info.conf"):
os.unlink("gre_info.conf")
if device_type == 2 or device_type == 4 or device_type == 6 or device_type == 8:
for bk_file in app_backup_filelist:
if (device_type == 4
or device_type == 8) and "ebtables" in bk_file:
continue
os.unlink(os.path.basename(bk_file))
BlockPageSettings().delete_backup_zip()
for bk_file in blockpage_zip_files:
os.unlink(os.path.basename(bk_file))
if device_type == 2:
for bro_cfg in bro_backup_filelist:
if os.path.isfile(os.path.basename(bro_cfg)):
os.unlink(os.path.basename(bro_cfg))
if device_type == 6:
for bro_cfg in bro_backup_filelist_swg:
if os.path.isfile(os.path.basename(bro_cfg)):
os.unlink(os.path.basename(bro_cfg))
if whether_backup_network:
_remove_backup_networking_files(tmp_folder)
os.chdir(current_path)
return app_filename_prefix + ".tar.gz"
