#!/usr/bin/python3

import HVLibrary as hv

# hv.get_value('03:000:' + hv.Ch_PV_List[1])
# hv.get_value('03:000:' + hv.Ch_PV_List[0])

# index = 14
# hv.get_value('03:000:' + hv.Ch_PV_List[index], True)
# cf = hv.get_CtrlField('03:000:' + hv.Ch_PV_List[index])
# print(cf)

# bd = []

# for k in range(2):
#   bd.append(hv.Board(3 + k))

# print( bd[0].GetTemp())
# print( bd[0].Channel[15].GetName() )

# bd[0].Channel[15].SetPowerOnOff(1)

# print(bd[0].Channel[15].GetPowerOnOff())

# print(bd[0].Channel[15].GetVMon())

# print(bd[0].Channel[15].GetPowerOnOff())
# for k in range(2):
#   print("==========================")
#   for i in range(bd[k].numCh):
#     print("{:.2f}".format(bd[k].Channel[i].GetVMon()))


# hv.set_value('03:015:Pw', 1)

# haha = hv.get_value('03:015:Status')
# print(haha)

# haha = hv.get_value('03:015:Pw')
# print(haha)

# haha = hv.get_value('03:015:V0Set')
# print(haha)

# haha = hv.get_value('03:015:VMon')
# print(haha)


# haha = hv.get_value('03:BdStatus')
# print(haha)

# hv.epics.caput('solarisHV:03:015:Pw', 1)

# hv.epics.cainfo('solarisHV:03:015:Pw')
# hv.epics.cainfo('solarisHV:03:015:VMon')
# hv.epics.cainfo('solarisHV:03:015:V0Set')
# hv.epics.cainfo('solarisHV:03:015:Status')
# hv.epics.cainfo('solarisHV:03:BdStatus')


# m1 = hv.epics.caget('solarisHV:03:015:Pw', use_monitor= False)
# print(m1)

# m1 = hv.epics.caget('solarisHV:03:015:VMon')
# print(m1)


# m1 = hv.epics.caget('solarisHV:03:015:Pw')
# print(m1)

# hv.epics.camonitor('solarisHV:03:015:Pw')

# pvList = []
# pvValue = []
# for i in range(10):
#   pvList.append('solarisHV:03:' +  f"{i:03d}" + ":V0Set")
#   pvValue.append(10)

# # haha = hv.epics.caget_many(pvList)
# haha = hv.epics.caput_many(pvList, pvValue)

# print(haha)

import influxdb_client
from influxdb_client import InfluxDBClient, Point, WritePrecision
from influxdb_client.client.write_api import SYNCHRONOUS, ASYNCHRONOUS


ip = "192.168.0.200:8086"
write_client = influxdb_client.InfluxDBClient(url=ip)
bucket = "HV"
write_api = write_client.write_api(write_options=ASYNCHRONOUS)


points = []

points.append(Point("Voltage").tag("Bd", 3).tag("Ch", 0).field("value",float(10)))

write_api.write(bucket=bucket, record=points)