def init(self):
t = tp_utc_timestamp_ms() - 10 * 60 * 1000
cnt = int((10 * 60 + self._INTERVAL - 1) / self._INTERVAL)
for i in range(cnt):
val = {
't': t,
'cpu': {
'u': 0,
's': 0
},
'mem': {
'u': 0,
't': 100
},
'disk': {
'r': 0,
'w': 0
},
'net': {
'r': 0,
's': 0
}
}
self._sys_stats.append(val)
t += self._INTERVAL * 1000
psutil.cpu_times_percent()
net = psutil.net_io_counters(pernic=False)
self._net_recv = net.bytes_recv
self._net_sent = net.bytes_sent
disk = psutil.disk_io_counters(perdisk=False)
self._disk_read = disk.read_bytes
self._disk_write = disk.write_bytes
err, c = stats.get_basic_stats()
if TPE_OK == err:
self._counter_stats = c
# 每 5秒 采集一次系统状态统计数据
tp_cron().add_job('sys_status',
self._check_sys_stats,
first_interval_seconds=self._INTERVAL,
interval_seconds=self._INTERVAL)
# 每 1小时 重新查询一次数据库，得到用户数/主机数/账号数/连接数，避免统计数量出现偏差
tp_cron().add_job('query_counter',
self._query_counter,
first_interval_seconds=60 * 60,
interval_seconds=60 * 60)
# 每 1分钟 检查一下临时锁定用户是否可以自动解锁了
tp_cron().add_job('check_temp_locked_user',
self._check_temp_locked_user,
interval_seconds=60)
tp_wss().register_get_sys_status_callback(self.get_sys_stats)
tp_wss().register_get_stat_counter_callback(self.get_counter_stats)
return True
def open(self, sid):
# 处理新的连接
k = '{}-{}'.format('user', sid)
_user = tp_session().get(k, None)
if _user is None:
ret = {'code': TPE_NEED_LOGIN, 'message': '需要登录'}
self.write_message(json.dumps(ret))
return
tp_wss().register(self)
def _check_sys_stats(self):
val = {'t': tp_utc_timestamp_ms()}
cpu = psutil.cpu_times_percent()
val['cpu'] = {'u': cpu.user, 's': cpu.system}
mem = psutil.virtual_memory()
val['mem'] = {'u': mem.used, 't': mem.total}
disk = psutil.disk_io_counters(perdisk=False)
_read = disk.read_bytes - self._disk_read
_write = disk.write_bytes - self._disk_write
self._disk_read = disk.read_bytes
self._disk_write = disk.write_bytes
if _read < 0:
_read = 0
if _write < 0:
_write = 0
val['disk'] = {
'r': int(_read / self._INTERVAL),
'w': int(_write / self._INTERVAL)
}
net = psutil.net_io_counters(pernic=False)
_recv = net.bytes_recv - self._net_recv
_sent = net.bytes_sent - self._net_sent
self._net_recv = net.bytes_recv
self._net_sent = net.bytes_sent
# On some systems such as Linux, on a very busy or long-lived system, the numbers
# returned by the kernel may overflow and wrap (restart from zero)
if _recv < 0:
_recv = 0
if _sent < 0:
_sent = 0
val['net'] = {
'r': int(_recv / self._INTERVAL),
's': int(_sent / self._INTERVAL)
}
self._sys_stats.pop(0)
self._sys_stats.append(val)
tp_wss().send_message('sys_status', val)
def _check_sys_stats(self):
val = {'t': tp_utc_timestamp_ms()}
cpu = psutil.cpu_times_percent()
val['cpu'] = {'u': cpu.user, 's': cpu.system}
mem = psutil.virtual_memory()
val['mem'] = {'u': mem.used, 't': mem.total}
disk = psutil.disk_io_counters(perdisk=False)
_read = disk.read_bytes - self._disk_read
_write = disk.write_bytes - self._disk_write
self._disk_read = disk.read_bytes
self._disk_write = disk.write_bytes
if _read < 0:
_read = 0
if _write < 0:
_write = 0
val['disk'] = {'r': int(_read / self._INTERVAL), 'w': int(_write / self._INTERVAL)}
net = psutil.net_io_counters(pernic=False)
_recv = net.bytes_recv - self._net_recv
_sent = net.bytes_sent - self._net_sent
self._net_recv = net.bytes_recv
self._net_sent = net.bytes_sent
# On some systems such as Linux, on a very busy or long-lived system, the numbers
# returned by the kernel may overflow and wrap (restart from zero)
if _recv < 0:
_recv = 0
if _sent < 0:
_sent = 0
val['net'] = {'r': int(_recv / self._INTERVAL), 's': int(_sent / self._INTERVAL)}
self._sys_stats.pop(0)
self._sys_stats.append(val)
tp_wss().send_message('sys_status', val)
def init(self):
t = tp_utc_timestamp_ms() - 10 * 60 * 1000
cnt = int((10 * 60 + self._INTERVAL - 1) / self._INTERVAL)
for i in range(cnt):
val = {
't': t,
'cpu': {'u': 0, 's': 0},
'mem': {'u': 0, 't': 100},
'disk': {'r': 0, 'w': 0},
'net': {'r': 0, 's': 0}
}
self._sys_stats.append(val)
t += self._INTERVAL * 1000
psutil.cpu_times_percent()
net = psutil.net_io_counters(pernic=False)
self._net_recv = net.bytes_recv
self._net_sent = net.bytes_sent
disk = psutil.disk_io_counters(perdisk=False)
self._disk_read = disk.read_bytes
self._disk_write = disk.write_bytes
err, c = stats.get_basic_stats()
if TPE_OK == err:
self._counter_stats = c
# 每 5秒 采集一次系统状态统计数据
tp_cron().add_job('sys_status', self._check_sys_stats, first_interval_seconds=self._INTERVAL, interval_seconds=self._INTERVAL)
# 每 1小时 重新查询一次数据库，得到用户数/主机数/账号数/连接数，避免统计数量出现偏差
tp_cron().add_job('query_counter', self._query_counter, first_interval_seconds=60 * 60, interval_seconds=60 * 60)
# 每 1分钟 检查一下临时锁定用户是否可以自动解锁了
tp_cron().add_job('check_temp_locked_user', self._check_temp_locked_user, interval_seconds=60)
tp_wss().register_get_sys_status_callback(self.get_sys_stats)
tp_wss().register_get_stat_counter_callback(self.get_counter_stats)
return True
def on_message(self, message):
if not tp_wss().have_callbacker(self):
ret = {'code': TPE_NEED_LOGIN, 'message': '未曾成功连接'}
self.write_message(json.dumps(ret))
return
tp_wss().on_message(self, message)
def on_close(self):
if not tp_wss().have_callbacker(self):
return
tp_wss().unregister(self) # 删除客户端连接
def conn_counter_change(self, alt_count):
self._counter_stats['conn'] += alt_count
if self._counter_stats['conn'] < 0:
self._counter_stats['conn'] = 0
tp_wss().send_message('stat_counter', self._counter_stats)
def user_counter_change(self, count):
self._counter_stats['user'] = count
# self._counter_stats['user'] += alt_count
# if self._counter_stats['user'] < 0:
# self._counter_stats['user'] = 0
tp_wss().send_message('stat_counter', self._counter_stats)
def _query_counter(self):
# 直接从数据库中查询数据，避免长时间运行后计数不准确
err, c = stats.get_basic_stats()
if TPE_OK == err:
self._counter_stats = c
tp_wss().send_message('stat_counter', self._counter_stats)
def conn_counter_change(self, alt_count):
self._counter_stats['conn'] += alt_count
if self._counter_stats['conn'] < 0:
self._counter_stats['conn'] = 0
tp_wss().send_message('stat_counter', self._counter_stats)
def user_counter_change(self, count):
self._counter_stats['user'] = count
# self._counter_stats['user'] += alt_count
# if self._counter_stats['user'] < 0:
# self._counter_stats['user'] = 0
tp_wss().send_message('stat_counter', self._counter_stats)
def _query_counter(self):
# 直接从数据库中查询数据，避免长时间运行后计数不准确
err, c = stats.get_basic_stats()
if TPE_OK == err:
self._counter_stats = c
tp_wss().send_message('stat_counter', self._counter_stats)