class Supervise(object):
hostServicesMap = {}
hostServiceStatue = {}
'''
（1）全局共享变量--记录各个服务的检测状态，结构{"host":[{serviceName:状态},{serviceName:状态}]}
（1）获取当前主机的服务列表
（2）创建对应的task并添加到task中
'''
def __init__(self):
self.dao = BichonDao()
self.taskScheduler = TimeScheduler()
servers = self.dao.selectServer()
for server in servers:
service = self.dao.selectService(server.id)
Supervise.hostServicesMap.setdefault(server.host, service)
self.initScheduler()
'''之后实现'''
def initScheduler(self):
pass
'''获取服务的检测状态'''
@staticmethod
def getServiceStatue(hostKey):
return Supervise.hostServiceStatue.get(hostKey)
class Supervise(object):
hostServicesMap = {}
hostServiceStatue = {}
'''
（1）全局共享变量--记录各个服务的检测状态，结构{"host":[{serviceName:状态},{serviceName:状态}]}
（1）获取当前主机的服务列表
（2）创建对应的task并添加到task中
'''
def __init__(self):
self.dao = BichonDao()
self.taskScheduler = TimeScheduler()
servers = self.dao.selectServer()
for server in servers:
service = self.dao.selectService(server.id)
Supervise.hostServicesMap.setdefault(server.host, service)
self.initScheduler()
'''之后实现'''
def initScheduler(self):
pass
'''获取服务的检测状态'''
@staticmethod
def getServiceStatue(hostKey):
return Supervise.hostServiceStatue.get(hostKey)
def __init__(self):
self.dao = BichonDao()
self.taskScheduler = TimeScheduler()
servers = self.dao.selectServer()
for server in servers:
service = self.dao.selectService(server.id)
Supervise.hostServicesMap.setdefault(server.host, service)
self.initScheduler()
def __init__(self):
BaseLoggingObj.__init__(self)
self.bichondao = BichonDao()
try:
self.initAllServer()
except Exception, e:
self.logging.error("brokers init false!")
def __init__(self):
self.dao = BichonDao()
self.taskScheduler = TimeScheduler()
servers = self.dao.selectServer()
for server in servers:
service = self.dao.selectService(server.id)
Supervise.hostServicesMap.setdefault(server.host, service)
self.initScheduler()
def __init__(self):
self.dao = BichonDao()
class CheckService(object):
checkStatue = {}
def __init__(self):
self.dao = BichonDao()
def processCheck(self, hostKey, processName):
broker = BrokerService.getBroker(hostKey)
return broker.processCheck(processName)
def portCheck(self, hostKey, port):
broker = BrokerService.getBroker(hostKey)
return broker.portCheck(port)
def urlCheck(self, host, port, resource):
return LocalCheck.httpCheck(host, port, resource=resource)
@lock
def check(self, host, name, port):
"""mysql check"""
psData = self.processCheck(host.encode("utf-8"), name.encode("utf-8"))
portData = self.portCheck(host.encode("utf-8"), port.encode("utf-8"))
if (len(portData) >= 1) and (len(psData) >= 4):
return True
else:
return False
def checkInstalled(self, hostKey, softName):
broker = BrokerService.getBroker(hostKey)
data = broker.execCmd("service " + softName + " status")
if "unrecognized" in data[1]:
d = broker.execCmd("which " + softName)
if d[0] != 0:
return False
else:
return True
else:
return True
def mysqlCheck(self, host, name="mysql", port="3306"):
"""mysql check"""
return self.check(host, name, port)
def nginxCheck(self, host, port, name="nginx"):
"""mysql check"""
return self.check(host, name, port)
def checkSoftInstallStatus(self, hostKey):
softs = self.dao.selectAllSoft()[0]
data = []
for s in softs:
d = {}
statue = self.checkInstalled(hostKey, s["serviceName"])
d["name"] = s["serviceName"]
d["statue"] = statue
data.append(d)
return data
def checkServiceRunning(self, hostKey, serviceName):
broker = BrokerService.getBroker(hostKey)
data = broker.execCmd("service " + serviceName + " status")
if "unrecognized" in data[1] or "is not running" in data[1]:
return False
else:
return True
def iptablesList(self, hostKey):
broker = BrokerService.getBroker(hostKey)
data = broker.execCmd("iptables -L")
return data
def __init__(self):
self.dao = BichonDao()
class CheckService(object):
checkStatue = {}
def __init__(self):
self.dao = BichonDao()
def processCheck(self, hostKey, processName):
broker = BrokerService.getBroker(hostKey)
return broker.processCheck(processName)
def portCheck(self, hostKey, port):
broker = BrokerService.getBroker(hostKey)
return broker.portCheck(port)
def urlCheck(self, host, port, resource):
return LocalCheck.httpCheck(host, port, resource=resource)
@lock
def check(self, host, name, port):
'''mysql check'''
psData = self.processCheck(host.encode("utf-8"), name.encode("utf-8"))
portData = self.portCheck(host.encode("utf-8"), port.encode("utf-8"))
if (len(portData) >= 1) and (len(psData) >= 4):
return True
else:
return False
def checkInstalled(self, hostKey, softName):
broker = BrokerService.getBroker(hostKey)
data = broker.execCmd("service " + softName + " status")
if "unrecognized" in data[1]:
d = broker.execCmd("which " + softName)
if d[0] != 0:
return False
else:
return True
else:
return True
def mysqlCheck(self, host, name="mysql", port="3306"):
'''mysql check'''
return self.check(host, name, port)
def nginxCheck(self, host, port, name="nginx"):
'''mysql check'''
return self.check(host, name, port)
def checkSoftInstallStatus(self, hostKey):
softs = self.dao.selectAllSoft()[0]
data = []
for s in softs:
d = {}
statue = self.checkInstalled(hostKey, s["serviceName"])
d["name"] = s["serviceName"]
d["statue"] = statue
data.append(d)
return data
def checkServiceRunning(self, hostKey, serviceName):
broker = BrokerService.getBroker(hostKey)
data = broker.execCmd("service " + serviceName + " status")
if "unrecognized" in data[1] or "is not running" in data[1]:
return False
else:
return True
def iptablesList(self, hostKey):
broker = BrokerService.getBroker(hostKey)
data = broker.execCmd("iptables -L")
return data
path = request.values.get("path")
data=fileService.readFile(host,path)
return jsonify(data=data, error=False, msg="")
@app.route("/updateConfig",methods=['GET', 'POST'])
def updateConfig():
host = request.values.get("host")
data = request.values.get("data")
path = request.values.get("path")
data=fileService.overwriteFile(host,path,data)
return jsonify(data=data, error=False, msg="")
if __name__ == '__main__':
dao = BichonDao()
cpu = CpuService()
mem = MemService()
disk = FileSystemService()
process = ProcessService()
check = CheckService()
net = NetService()
iptable=IptableService()
execService=ExecService()
fileService=FileService()
taskHelper = TaskHelper()
app.run(debug=True)
