def run(self):
self.createTables(Network)
Network(name="172.28.141.192/28",
network="172.28.141.192/28",
gateway="172.28.141.249").add()
Network(name="172.28.138.128/25",
network="172.28.138.128/25",
gateway="172.28.138.249",
disabled=1).add()
Network(name="172.28.147.0/24",
network="172.28.147.0/24",
gateway="172.28.147.249",
disabled=1).add()
Network(name="10.16.197.64/26",
network="10.16.197.64/26",
gateway="10.16.197.249",
disabled=1).add()
Network(name="10.16.198.0/24",
network="10.16.198.0/24",
gateway="10.16.198.249",
disabled=1).add()
Db.commit()
self.createTables(Address)
self.createTables(Node)
return self.results
def crtTbl():
Db.createTable("accountGroups", (
"`id` INTEGER PRIMARY KEY UNIQUE",
"`ownerId` INTEGER NOT NULL",
"`name` VARCHAR(48) NOT NULL",
"`description` VARCHAR(255) DEFAULT ''",
))
def crtTbl(): Db.createTable(table, ( "`id` INTEGER PRIMARY KEY UNIQUE", "`firstName` VARCHAR(48) NOT NULL", "`lastName` VARCHAR(48) NOT NULL", "`tags` VARCHAR(1024) NOT NULL", "`description` VARCHAR(255) DEFAULT ''", ))
def crtTbl(): Db.createTable(table, ( "`network` CHAR(18) PRIMARY KEY UNIQUE", "`gateway` CHAR(15) NOT NULL", "`name` VARCHAR(48) NOT NULL", "`disabled` INTEGER DEFAULT 0", "`description` VARCHAR(255) DEFAULT ''", ))
def add(self):
masterPassword = "******"
kvargs = self.__dict__
if kvargs["publicKey"] is None:
kvargs["publicKey"], kvargs["secretKey"] = RSA.generate(
masterPassword)
kvargs["lastChange"] = f"{{:{config.datetimeFormat}}}".format(
datetime.now())
self.id = super().add(table, **kvargs)
Db.commit()
return self
def crtTbl():
Db.createTable(
table,
("`id` INTEGER PRIMARY KEY UNIQUE",
"`ownerId` INTEGER NOT NULL", "`login` VARCHAR(24) NOT NULL",
"`password` VARCHAR(64) NOT NULL",
"`tags` VARCHAR(1024) NOT NULL",
"`lastChange` CHAR(19) NOT NULL", "`expired` CHAR(19)",
"`publicKey` VARCHAR(1548) NOT NULL",
"`secretKey` VARCHAR(3048) NOT NULL",
"`description` VARCHAR(255) DEFAULT ''"))
def crtTbl():
Db.createTable(table, (
"`id` VARCHAR(48) NOT NULL UNIQUE",
"`name` VARCHAR(48)",
"`os` VARCHAR(12)",
"`osName` VARCHAR(48)",
"`auth` CHAR(6)",
"`agent` VARCHAR(24)",
"`addresses` VARCHAR(255)",
"`description` VARCHAR(255) DEFAULT ''",
))
def getNodes(**kvargs):
if not "fields" in kvargs:
kvargs["fields"] = Node.fields
return {
item["id"]: Node(**item)
for item in Db().getAll(table, **kvargs)
}
def getAccounts(**kvargs):
if not "fields" in kvargs:
kvargs["fields"] = Account.fields
return {
item["id"]: Account(**item)
for item in Db().getAll(table, **kvargs)
}
def onStart(): Db.connect(config)
def onStop(): Db.close()
memcachedb = memcache.Client([settings['memcache_host']])
bcc = None
if settings['debug'] == False:
bcc = MemcachedBytecodeCache(memcachedb)
jinja_environment = Environment(
loader=FileSystemLoader(settings['template_path']),
bytecode_cache=bcc,#缓存模板编译的结果到memcache
auto_reload=settings['debug'],
autoescape=False)
db_old = Db({'db': 'carlife', 'host': '123.57.217.29', 'port': settings['db_port'], \
'user': '******', 'passwd': '9%qVP*vz', 'charset': 'utf8', \
'max_connections':settings['max_connections'], 'stale_timeout':settings['stale_timeout']})
db_move = Db({'db': 'czj', 'host': '123.57.217.29', 'port': settings['db_port'], \
'user': '******', 'passwd': '9%qVP*vz', 'charset': 'utf8', \
'max_connections':settings['max_connections'], 'stale_timeout':settings['stale_timeout']})
db = Db({'db': settings['db_name'], 'host': settings['db_host'], 'port': settings['db_port'], \
'user': settings['db_user'], 'passwd': settings['db_passwd'], 'charset': 'utf8', \
'max_connections':settings['max_connections'], 'stale_timeout':settings['stale_timeout']})
db_move3 = Db({'db': 'czjmove3', 'host': settings['db_host'], 'port': settings['db_port'], \
'user': settings['db_user'], 'passwd': settings['db_passwd'], 'charset': 'utf8', \
'max_connections':settings['max_connections'], 'stale_timeout':settings['stale_timeout']})
def add(self):
kvargs = self.__dict__
kvargs["created"] = f"{{:{config.datetimeFormat}}}".format(datetime.now())
super().add(table, **kvargs)
Db.commit()
return self
def add(self): self.id = super().add(table, **self.__dict__) Db.commit() return self
def getNetworks(**kvargs):
if not "fields" in kvargs:
kvargs["fields"] = Network.fields
return {item["network"]: Network(**item) for item in Db().getAll(table, **kvargs)}
def crtTbl():
Db.createTable("account_group", (
"`accountId` INTEGER NOT NULL",
"`groupId` INTEGER NOT NULL",
))
def loop(self):
sleep(10)
while True:
Events.onStart()
for network in Network.getNetworks(where="disabled=0").values():
addresses = Address.getAddresses(
where=f'network="{network.network}"')
with Pool(processes=config.discovery.numProc) as pool:
for netId, ip, availabled in pool.starmap_async(
self.ping,
zip(repeat(network.network),
IPv4Network(network.network).hosts())).get():
if ip in addresses:
address = addresses[ip]
if address.disabled == 0:
address.setAvailabled(availabled)
if availabled == 1:
if address.isChanged:
print("log>",
f'Address "{ip}" availabled')
# if address.nodeId is None:
self.getNode(address)
else:
if datetime.fromisoformat(
address.lastChange) + timedelta(
days=config.discovery.
notAvailDeleteDelay
) > datetime.now():
node = Node().get(
where='id="%{address.nodeId}%"')
if node.id:
if ip == node.addresses:
node.delete()
print(
"log>",
f'Node "{node.id} ({node.name})" not availabled more then {config.discovery.notAvailDeleteDelay} days. Node deleted'
)
else:
node.removeAddress(ip)
node.update()
address.delete()
print(
"log>",
f'Address "{ip}" not availabled more then {config.discovery.notAvailDeleteDelay} days. Address deleted'
)
elif address.isChanged:
print(
"log>",
f'Address "{ip}" not availabled')
address.update()
if address.isChanged:
print(address)
elif availabled == 1:
address = Address(network=netId,
ip=ip,
availabled=1)
self.getNode(address)
address.add()
print("log>", f'Address "{ip}" availabled')
print("add", address)
Db.commit()
Events.onStop
sleep(config.discovery.period * 3600)
def update(self, where): kvargs = self.__dict__ super().update(table, where, **kvargs) Db.commit() return self
def crtTbl():
Db.createTable("user_group", (
"`userId` INTEGER NOT NULL",
"`groupId` INTEGER NOT NULL",
))
def update(self, where):
kvargs = self.__dict__
# kvargs["lastChange"] = f"{{:{config.datetimeFormat}}}".format(datetime.now())
super().update(table, where, **kvargs)
Db.commit()
return self
def getUsers(**kvargs):
if not "fields" in kvargs:
kvargs["fields"] = User.fields
return {item["id"]: User(**item) for item in Db().getAll(table, **kvargs)}
'template_path':
os.path.join(os.path.dirname(__file__), 'template2'),
'static_path':
os.path.join(os.path.dirname(__file__), 'style2'),
'upload_path':
os.path.join(os.path.dirname(__file__), 'upload'),
'cookie_secret':
"F*x+poCnRSGIb/EsikPs5gI0BTwBBkN5k8U4kPxaV1o=",
'login_url':
'/signin',
"xsrf_cookies":
True,
'autoescape':
None
})
memcachedb = memcache.Client([settings['memcache_host']])
bcc = None
if settings['debug'] == False:
bcc = MemcachedBytecodeCache(memcachedb)
jinja_environment = Environment(
loader=FileSystemLoader(settings['template_path']),
bytecode_cache=bcc, #缓存模板编译的结果到memcache
auto_reload=settings['debug'],
autoescape=False)
db = Db({'db': settings['db_name'], 'host': settings['db_host'], 'port': settings['db_port'], \
'user': settings['db_user'], 'passwd': settings['db_passwd'], 'charset': 'utf8', \
'max_connections':settings['max_connections'], 'stale_timeout':settings['stale_timeout']})
def update(self, where): super().update(table, where, **self.__dict__) Db.commit() return self
def crtTbl(): Db.createTable(table, ( "`id` CHAR(36) NOT NULL UNIQUE", "`created` CHAR(19) NOT NULL", "`userId` INTEGER" ))