def update_info_all(power, rs):
sql = 'call update_id_manage_infoall(\"%s\",\"%s\",%d,%d,%d,%d,\"%s\",\"%s\")' % (power.monitor, power.bmonitor,
1, rs['shock_state'],
rs['temperature_state'],
rs['distance_state'], power.ip,
rs['gateway_id'])
mysql.mdb_call(sql)
def confirm_id(power): # 验证是否需要往id_manage中插入数据
rs = find_id(power.monitor)
if rs is not None:
update_info_all(power, rs)
else:
sql = 'call insert_id_to_id_manage(\'%s\',\'%s\',\'%s\')' % (power.monitor, power.bmonitor, power.ip)
mysql.mdb_call(sql)
print('%s 创建ID：%s' % (GetNowTime(),power.monitor))
read_id_manage()
return
def read_id_manage(): # 读取id_manage信息
lock.acquire()
globalval.id_list = []
rs, row = mysql.mdb_call('call select_table_id_manage()')
for i in range(0, row):
globalval.id_list.append(rs[i])
lock.release()
def save_pic(pic_name,uid):
fpic_path = ("%s\%s\%s" % (os.path.abspath('.'),"pic",uid))
pic_path= ("%s\%s.jpg" % (fpic_path,make_time()))
if os.path.exists(fpic_path) == False:
os.makedirs(fpic_path)
with open(pic_name, 'rb') as f:
img = f.read()
f.close()
with open(pic_path, 'wb') as fp:
fp.write(img)
fp.close()
path=pic_path.replace('\\','\\\\')
insert_pic =(("call insert_pic(\"%s\",\"%s\")") % (uid,path))
rs, row = mysql.mdb_call(insert_pic)
print("%s 创建图片记录%d,id:%s" % (GetNowTime(),rs[0]['LAST_INSERT_ID()'], uid))
def distance(power, buf):#激光测距
index = 0
for i in range(0, 17):
power.bmonitor += dec2hex_str(buf[i])
index += 17
power.collect_time = buf[index] + (buf[index + 1] << 8) + (buf[index + 2] << 16) + (buf[index + 3] << 24)
index += 4
power.alarm = buf[index]
index += 2
f1 = ("%02x" % (buf[index]))
index += 1
f2 = ("%02x" % (buf[index]))
index += 1
f3 = ("%02x" % (buf[index]))
index += 1
f4 = ("%02x" % (buf[index]))
index += 1
s = ("%s%s%s%s" % (f4, f3, f2, f1))
power.distance = convert(s)
confirm_id(power)
rse = find_id(power.monitor)
insert_distance = (
"call insert_distance(\"%s\",%d,%.2f,%d)" % (power.monitor, power.alarm,
power.distance, power.collect_time))
rs, row = mysql.mdb_call(insert_distance)
if rse['distance_state'] != power.alarm:
if power.alarm == 1:
rse['distance_state'] = 1
print("%s 创建距离报警记录%d,id:%s;距离:%s" % (GetNowTime(),rs[0]['LAST_INSERT_ID()'], power.monitor, power.distance))
else:
rse['distance_state'] = 0
print("%s 取消距离报警记录,id:%s;距离:%s" % (GetNowTime(),power.monitor,power.distance))
else:
if power.alarm == 1:
rse['distance_state'] = 1
print("%s 创建距离报警记录%d,id:%s;距离:%s" % (GetNowTime(),
rs[0]['LAST_INSERT_ID()'], power.monitor,power.distance))
return
def shock(power, buf):#震动报警
index = 0
for i in range(0, 17):
power.bmonitor += dec2hex_str(buf[i])
index += 17
power.collect_time = buf[index] + (buf[index + 1] << 8) + (buf[index + 2] << 16) + (buf[index + 3] << 24)
index += 4
power.alarm = buf[index]
index += 2
thresh_tap = buf[index]
index+=1
dur= buf[index]
index+=1
confirm_id(power)
rse = find_id(power.monitor)
rse['shock_state'] = power.alarm
insert_shock = (("call insert_shock(\"%s\",%d,%d)") % (power.monitor, power.alarm, power.collect_time))
rs, row = mysql.mdb_call(insert_shock)
if power.alarm == 1:
print("%s 创建震动报警记录%d,id:%s,(%d,%d)" % (GetNowTime(),rs[0]['LAST_INSERT_ID()'], power.monitor, thresh_tap, dur))
else:
print("%s 取消震动报警记录,id:%s" % (GetNowTime(),power.monitor,power.monitor, thresh_tap, dur))
return
def acceleration(power, buf):#加速度
index = 0
for i in range(0, 17):
power.bmonitor += dec2hex_str(buf[i])
index += 17
power.collect_time = buf[index] + (buf[index + 1] << 8) + (buf[index + 2] << 16) + (buf[index + 3] << 24)
index += 4
power.alarm = buf[index]
index += 2
acce = acce_t()
acce.x = float(("%s.%s" % (int(buf[index+1]),int(buf[index]))))
index +=2
acce.y = float(("%s.%s" % (int(buf[index+1]),int(buf[index]))))
index +=2
acce.z = float(("%s.%s" % (int(buf[index+1]),int(buf[index]))))
confirm_id(power)
rse = find_id(power.monitor)
insert_acceleration = ("call insert_acceleration(\"%s\",%d,%f,%f,%f)" % (power.monitor,power.collect_time,
acce.x, acce.y,acce.z))
rs, row = mysql.mdb_call(insert_acceleration)
print("%s 创建加速度记录%d,id:%s;加速度:[%s %s %s]" % (GetNowTime(),rs[0]['LAST_INSERT_ID()'], power.monitor,acce.x, acce.y,acce.z))
return
def maintain_online_event():#维护设备在线状态
mysql.mdb_call('call maintain_online()')
def atmo(power, buf):#气象
index = 0
for i in range(0, 17):
power.bmonitor += dec2hex_str(buf[i])
index += 17
power.collect_time = buf[index] + (buf[index + 1] << 8) + (buf[index + 2] << 16) + (buf[index + 3] << 24)
index += 4
power.alarm = buf[index]
index += 2
atmos = atmos_t()
atmos.driver_state_temperature = buf[index] & 1
atmos.driver_state_wind_direction_speed = buf[index] & 2
atmos.driver_state_pressure = buf[index] & 4
atmos.driver_state_compass = buf[index] & 8
atmos.driver_state_hyetometer = buf[index] & 16
if(atmos.driver_state_temperature >0 ):atmos.driver_state_temperature=1
if(atmos.driver_state_wind_direction_speed >0 ):atmos.driver_state_wind_direction_speed=1
if(atmos.driver_state_pressure >0 ):atmos.driver_state_pressure=1
if(atmos.driver_state_compass >0 ):atmos.driver_state_compass=1
if(atmos.driver_state_hyetometer >0 ):atmos.driver_state_hyetometer=1
index += 2
atmos.wind_direction = buf[index] + (buf[index+1]<<8)
index += 2
#风速
f1 = ("%02x" % (buf[index]))
index += 1
f2 = ("%02x" % (buf[index]))
index += 1
f3 = ("%02x" % (buf[index]))
index += 1
f4 = ("%02x" % (buf[index]))
index += 1
s = ("%s%s%s%s" % (f4, f3, f2, f1))
atmos.wind_speed = convert(s)
#温度
f1 = ("%02x" % (buf[index]))
index += 1
f2 = ("%02x" % (buf[index]))
index += 1
f3 = ("%02x" % (buf[index]))
index += 1
f4 = ("%02x" % (buf[index]))
index += 1
s = ("%s%s%s%s" % (f4, f3, f2, f1))
atmos.temperature = convert(s)
#湿度
f1 = ("%02x" % (buf[index]))
index += 1
f2 = ("%02x" % (buf[index]))
index += 1
f3 = ("%02x" % (buf[index]))
index += 1
f4 = ("%02x" % (buf[index]))
index += 1
s = ("%s%s%s%s" % (f4, f3, f2, f1))
atmos.humidity = convert(s)
#气压
f1 = ("%02x" % (buf[index]))
index += 1
f2 = ("%02x" % (buf[index]))
index += 1
f3 = ("%02x" % (buf[index]))
index += 1
f4 = ("%02x" % (buf[index]))
index += 1
s = ("%s%s%s%s" % (f4, f3, f2, f1))
atmos.pressure = convert(s)
#电子罗盘
atmos.compass = buf[index] + (buf[index+1]<<8)
index += 2
#降雨状态
atmos.rainfall_state = buf[index] + (buf[index+1]<<8)
index += 2
#降雨强度
f1 = ("%02x" % (buf[index]))
index += 1
f2 = ("%02x" % (buf[index]))
index += 1
f3 = ("%02x" % (buf[index]))
index += 1
f4 = ("%02x" % (buf[index]))
index += 1
s = ("%s%s%s%s" % (f4, f3, f2, f1))
atmos.rainfall_streng = convert(s)
#累积降雨量
f1 = ("%02x" % (buf[index]))
index += 1
f2 = ("%02x" % (buf[index]))
index += 1
f3 = ("%02x" % (buf[index]))
index += 1
f4 = ("%02x" % (buf[index]))
index += 1
s = ("%s%s%s%s" % (f4, f3, f2, f1))
atmos.rainfall_total = convert(s)
atmos.rainfall_streng_unit = buf[index+1] & 7
if atmos.rainfall_streng_unit == 1:
atmos.rainfall_streng_unit = "mm/s"
elif atmos.rainfall_streng_unit == 2:
atmos.rainfall_streng_unit = "mm/m"
else:
atmos.rainfall_streng_unit = "mm/h"
state = ("\"%d,%d,%d,%d,%d\"" % (atmos.driver_state_temperature,atmos.driver_state_wind_direction_speed,atmos.driver_state_pressure,
atmos.driver_state_compass,atmos.driver_state_hyetometer))
val = ("\"%d,%.2f,%.2f,%.2f,%.2f,%d,%d,%.2f,%.2f,%s\"" % (atmos.wind_direction,atmos.wind_speed,atmos.temperature,
atmos.humidity,atmos.pressure,atmos.compass,
atmos.rainfall_state,atmos.rainfall_streng,atmos.rainfall_total,
atmos.rainfall_streng_unit))
confirm_id(power)
rse = find_id(power.monitor)
insert_atmos = ("call insert_atmo(\"%s\",%d,%s,%s)" % (power.monitor,power.collect_time,state,val))
rs, row = mysql.mdb_call(insert_atmos)
print("%s 创建气象记录%d,id:%s; [%s %s]" % (GetNowTime(),rs[0]['LAST_INSERT_ID()'], power.monitor,state,val))
return