def __init__(self, socket, config, framework):
BasePlugin.__init__(self, socket, config, framework)
self.rfile = SocketIO(socket, "r")
self.wfile = SocketIO(socket, "w")
socket.settimeout(60)
def setup(self, cfg):
BasePlugin.setup(self, cfg)
self.factory = MpdFactory(plugin=self)
self.factory.plugin = self
self.client = TCPClient(self.cfg.get("host", "localhost"),
self.cfg.get("port", 6600),
self.factory)
def test_get_entry(self):
# Try a PUT
test_client, test_server = setup_test_sockets(8083)
plugin_test = BasePlugin(test_server, setup_test_config(8083, 'http', 'HTTPPlugin'), None)
self.assertEqual(plugin_test.get_entry(), {'test': {'command': '',
'path': '',
'headers': '',
'body': ''}})
test_server.close()
test_client.close()
def setup(self, cfg):
BasePlugin.setup(self, cfg)
self.pn = Pubnub(cfg.get("publish_key"), cfg.get("subscribe_key"),
cfg.get("secret_key"), cfg.get("ssl_enabled", False))
self.pn.subscribe({
"channel": cfg.get("channel", "default"),
"connect": self.on_connect,
"callback": self.on_message
})
self.subscribe(self.on_event)
def exec_cmd(cmd, ip, kwargs):
value_dic = {}
contents = BasePlugin(**kwargs).exec_shell_cmd(cmd)
if contents['ERROR'] == "":
status = 0
else:
status = 1
if status != 0:
value_dic["ip_addr"] = ip
value_dic["enabled"] = 0 #主机不可用
value_dic["hostname"] = "NULL"
value_dic["comment"] = contents['ERROR']
else:
li = contents['RESULT'].split() # 字符串转列表
print(li)
if li[0] in settings.os_type_choices: #判断操作系统是否在列表中
os_type = settings.os_type_choices.get(li[0])
else:
os_type = 3
value_dic["ip_addr"] = ip
value_dic["enabled"] = 1 #主机可用
value_dic["os_type"] = os_type
value_dic["hostname"] = li[1]
value_dic["comment"] = ""
hostinfo_li.append(value_dic)
# if __name__ == '__main__':
# kwargs={'192.168.2.112': ['root', 'oracle', 23, 'scott', 'tiger', 'prod', 1521,1]}
# # kwargs={'10.10.0.2': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521],'192.168.2.128': ['root', 'qqq', 22, 'scott', 'tiger', 'prod', 1521]}
# # kwargs={'192.168.2.128': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521],'192.168.2.129': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521],'10.10.0.2': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521]}
# a=monitor(**kwargs)
# print(a)
def monitor(frist_invoke=1,**kwargs):
for i,v in kwargs.items():
ip = i
#print(ip,username,port,passwd)
shell_command = 'sar 1 3| grep "^Average:"'
contents = BasePlugin(**kwargs).exec_shell_cmd(shell_command)
if contents['ERROR'] == "" :
contents['ERROR'] = 0
else:
contents['ERROR'] = 1
status = contents['ERROR']
if status != 0:
value_dic = {'ip': ip,'status': status}
else:
value_dic = {}
run_time = datetime.datetime.now().strftime('%Y-%m-%d %H:%M')
#print('---res:',contents['RESULT'])
user,nice,system,iowait,steal,idle = contents['RESULT'].split()[2:]
value_dic= {
'ip': ip,
'user': user,
'nice': nice,
'system': system,
'idle': idle,
'time': run_time,
'status': status
}
return value_dic
def monitor(frist_invoke=1, **kwargs):
for i, v in kwargs.items():
ip = i
shell_command = 'sar -n DEV 1 5 |grep -v IFACE |grep Average'
contents = BasePlugin(**kwargs).exec_shell_cmd(shell_command)
#result = subprocess.Popen(shell_command,shell=True,stdout=subprocess.PIPE).stdout.readlines()
#print(result)
if contents['ERROR'] == "":
contents['ERROR'] = 0
else:
contents['ERROR'] = 1
status = contents['ERROR']
value_dic = {'status': 0, 'data': {}}
li = contents['RESULT'].split("\n") # 字符串转列表
content_list = li[:len(li) - 1] # 取列表开始到倒数第二个元素，最后一个元素为空
if status != 0:
value_dic = {'status': status}
else:
value_dic = {'status': 0, 'data': {}}
li = contents['RESULT'].split("\n") # 字符串转列表
content_list = li[:len(li) - 1] # 取列表开始到倒数第二个元素，最后一个元素为空
for line in content_list:
line = line.split()
nic_name, t_in, t_out = line[1], line[4], line[5]
value_dic['data'][nic_name] = {"t_in": line[4], "t_out": line[5]}
return value_dic
def monitor(frist_invoke=1,**kwargs):
for i,v in kwargs.items():
ip = i
username = v[0]
passwd = v[1]
port = v[2]
value_dic = {}
shell_command = 'uptime'
contents = BasePlugin(ip,port,username,passwd).exec_shell_cmd(shell_command)
run_time = datetime.datetime.now().strftime('%Y-%m-%d %H:%M')
# contents = BasePlugin('192.168.2.128', 22, 'root', 'oracle').exec_shell_cmd(shell_command)
if contents['ERROR'] == "" :
contents['ERROR'] = 0
else:
contents['ERROR'] = 1
status = contents['ERROR']
if status != 0:
value_dic = {'status': status}
#user,nice,system,iowait,steal,idle = result.split()[2:]
else:
value_dic= {
'ip':ip,
'uptime': contents['RESULT'],
'time':run_time,
'status': 0
}
return value_dic
# if __name__ == '__main__':
# host_message = {'192.168.2.128': ['root', 'oracle', 22]}
# a = monitor(**host_message)
# print(a)
def setup(self, cfg):
BasePlugin.setup(self, cfg)
self.factory = MZMQFactory(plugin=self)
self.factory.plugin = self
self.pub_endpoint_uri = cfg.get("pub_endpoint", "tcp://*:9901")
self.pub_endpoint = ZmqEndpoint("bind", self.pub_endpoint_uri)
self.sub_endpoint_uri = cfg.get("sub_endpoint", "tcp://*:9901")
self.sub_endpoint = ZmqEndpoint("connect", self.sub_endpoint_uri)
self.pub = ZmqPubConnection(self.factory, self.pub_endpoint)
self.sub = ZmqSubConnection(self.factory, self.sub_endpoint)
self.sub.subscribe("")
self.sub.gotMessage = self.on_message
self.subscribe(self.process_event)
def setup(self, cfg):
BasePlugin.setup(self, cfg)
self.factory = MZMQFactory(plugin=self)
self.factory.plugin = self
self.pub_endpoint_uri = cfg.get("pub_endpoint", "tcp://*:9901")
self.pub_endpoint = ZmqEndpoint("bind", self.pub_endpoint_uri)
self.sub_endpoint_uri = cfg.get("sub_endpoint", "tcp://*:9901")
self.sub_endpoint = ZmqEndpoint("connect", self.sub_endpoint_uri)
self.pub = ZmqPubConnection(self.factory, self.pub_endpoint)
self.sub = ZmqSubConnection(self.factory, self.sub_endpoint)
self.sub.subscribe("")
self.sub.gotMessage = self.on_message
self.subscribe(self.process_event)
def setup(self, cfg):
BasePlugin.setup(self, cfg)
self.pn = Pubnub(
cfg.get("publish_key"),
cfg.get("subscribe_key"),
cfg.get("secret_key"),
cfg.get("ssl_enabled", False)
)
self.pn.subscribe({
"channel": cfg.get("channel", "default"),
"connect": self.on_connect,
"callback": self.on_message
})
self.subscribe(self.on_event)
def monitor(frist_invoke=1, **kwargs):
for i, v in kwargs.items():
ip = i
monitor_dic = {
'SwapUsage': 'percentage',
'MemUsage': 'percentage',
}
shell_command = "grep 'MemTotal\|MemFree\|Buffers\|^Cached\|SwapTotal\|SwapFree' /proc/meminfo"
contents = BasePlugin(**kwargs).exec_shell_cmd(shell_command)
run_time = datetime.datetime.now().strftime('%Y-%m-%d %H:%M')
if contents['ERROR'] == "":
contents['ERROR'] = 0
else:
contents['ERROR'] = 1
status = contents['ERROR']
if status != 0: #cmd exec error
value_dic = {'status': status}
else:
value_dic = {}
value_dic['ip'] = ip
li = contents['RESULT'].split("\n") # 字符串转列表
content_list = li[:len(li) - 1] # 取列表开始到倒数第二个元素，最后一个元素为空
#列表转字典
for i in content_list:
key = i.split()[0].strip(':') # factor name
value = i.split()[1] # factor value
value_dic[key] = value
if monitor_dic['SwapUsage'] == 'percentage':
value_dic['SwapUsage_p'] = str(100 - int(value_dic['SwapFree']) *
100 / int(value_dic['SwapTotal']))
#real SwapUsage value
value_dic['SwapUsage'] = int(value_dic['SwapTotal']) - int(
value_dic['SwapFree'])
MemUsage = int(value_dic['MemTotal']) - (int(value_dic['MemFree']) +
int(value_dic['Buffers']) +
int(value_dic['Cached']))
if monitor_dic['MemUsage'] == 'percentage':
value_dic['MemUsage_p'] = str(
int(MemUsage) * 100 / int(value_dic['MemTotal']))
#real MemUsage value
value_dic['MemUsage'] = MemUsage
value_dic['status'] = status
value_dic['time'] = run_time
return value_dic
# if __name__ == '__main__':
# for i in range(3):
# host_message = {'192.168.2.128': ['root', 'oracle', 22]}
# a = monitor(**host_message)
# print(a)
def _get_func_in_module(plugin, func_name):
mod = sys.modules[BasePlugin.get_module_name(plugin)]
func = mod
try:
func_path = func_name.split('.')
for fn in func_path:
func = getattr(func, fn)
except Exception as e:
str(e)
raise ModuleNotFoundError(
'unable found api function \'{0}\''.format(func_name))
return func
def _get_class_in_module(plugin, class_name):
mod = sys.modules[BasePlugin.get_module_name(plugin)]
cls = mod
try:
cls_path = class_name.split('.')
for fn in cls_path:
cls = getattr(cls, fn)
except Exception as e:
str(e)
raise ModuleNotFoundError(
'unable found schedule class \'{0}\''.format(class_name))
return cls
def install_tables(self):
# 获取模块的数据库表
module_name = BasePlugin.get_module_name(self)
plugin = importlib.import_module(module_name)
plugin_tables = []
for attribute_name in dir(plugin):
if attribute_name.startswith('__'):
continue
attribute_value = getattr(plugin, attribute_name)
if isinstance(attribute_value, type) and issubclass(
attribute_value, pa.database.Model):
plugin_tables.append(attribute_value)
for table in plugin_tables:
BaseDBManagerPlugin._install_table(table)
def monitor(frist_invoke=1,**kwargs):
for i,v in kwargs.items():
ip = i
shell_command = 'uptime'
contents = BasePlugin(**kwargs).exec_shell_cmd(shell_command)
run_time = datetime.datetime.now().strftime('%Y-%m-%d %H:%M')
# print(contents)
# print(type(contents))
if contents['ERROR'] == "" :
contents['ERROR'] = 0
else:
contents['ERROR'] = 1
status = contents['ERROR']
if status != 0: #cmd exec error
value_dic = {'status':status}
else:
value_dic = {}
li = contents['RESULT'].split("\n") # 字符串转列表
content_list = li[:len(li) - 1]
# 列表转字典
days = content_list[0].split(',')[0].split()[2] #运行天数
hours_li = content_list[0].split(',')[1].strip().split(':') #运行小时
runtime = days + '天' + hours_li[0] + '时' + hours_li[1] + '分'
users = content_list[0].split(',')[2].split()[0]
load1,load5,load15 = content_list[0].split('load average:')[1].split()
value_dic= {
'ip':ip,
'runtime': runtime,
'users': users,
'load1': float(load1.strip(',')),
'load5': float(load5.strip(',')),
'load15': float(load15),
'time': run_time,
'status': status
}
return value_dic
def monitor(frist_invoke=1, **kwargs):
for i, v in kwargs.items():
ip = i
shell_command = "df -m | sed '1d'"
contents = BasePlugin(**kwargs).exec_shell_cmd(shell_command)
run_time = datetime.datetime.now().strftime('%Y-%m-%d %H:%M')
if contents['ERROR'] == "":
contents['ERROR'] = 0
else:
contents['ERROR'] = 1
status = contents['ERROR']
if status != 0: #cmd exec error
value_dic = {'status': status}
else:
value_dic = {}
value_dic['ip'] = ip
li = contents['RESULT'].split("\n") # 字符串转列表
content_list = li[:len(li) - 1] # 取列表开始到倒数第二个元素，最后一个元素为空
#列表转字典
for i in content_list:
key = i.split()[5].strip(':') # factor name 取得挂载点
value = i.split()[1:4] # factor value
value_dic[key] = value
value_dic['time'] = run_time
value_dic['status'] = status
return value_dic
# if __name__ == '__main__':
# kwargs={'192.168.2.112': ['root', 'oracle', 23, 'scott', 'tiger', 'prod', 1521,1]}
# # kwargs={'10.10.0.2': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521],'192.168.2.128': ['root', 'qqq', 22, 'scott', 'tiger', 'prod', 1521]}
# # kwargs={'192.168.2.128': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521],'192.168.2.129': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521],'10.10.0.2': ['root', 'oracle', 22, 'scott', 'tiger', 'prod', 1521]}
# a=monitor(**kwargs)
# print(a)
def __init__(self, socket, config, framework):
BasePlugin.__init__(self, socket, config, framework)
self.input_type = ""
self.user_input = ""
self.io = SocketIO(self._skt, "rw")
self._session = None
def __init__(self, socket, config, framework):
BasePlugin.__init__(self, socket, config, framework)
self.input_type = None
self.user_input = None
self._session = None
