###########################################################################
#
# Copyright (c) 2020-2024 Diality Inc. - All Rights Reserved.
#
# THIS CODE MAY NOT BE COPIED OR REPRODUCED IN ANY FORM, IN PART OR IN
# WHOLE, WITHOUT THE EXPLICIT PERMISSION OF THE COPYRIGHT OWNER.
#
# @file    test_uf.py
#
# @author  (last)      Sean Nash
# @date    (last)      24-Sep-2022
# @author  (original)  Peter Lucia
# @date    (original)  14-Jul-2020
#
############################################################################

import sys
sys.path.append("..")
from time import sleep

from leahi_dialin.td.treatment_delivery import TD
#from leahi_dialin.dd.dialysate_delivery import DD
#from leahi_dialin.fp.reverse_osmosis import RO

from leahi_dialin.td.modules.valves import ValvesEnum

if __name__ == "__main__":
    # create an TD object called td
    td = TD(log_level="DEBUG")
    # create a DD object called dd
#    dd = DD(log_level="DEBUG")
    # create a RO object called fp
#    fp = RO(log_level="DEBUG")
    sleep(2)

    # log in to TD, DD and RO as tester
    if td.cmd_log_in_to_td() == 0:
        exit(1)
#    if dd.cmd_log_in_to_dd() == 0:
#        exit(1)
#    if fp.cmd_log_in_to_ro() == 0:
#        exit(1)
#    sleep(1)

    # send command to show round-trip communication w/ firmware is working
    td.blood_flow.cmd_blood_flow_set_speed_rate_request(1000)

    # create log file
    with open("TD_test.log", "w") as f:

        # collect data and display/log it
        while True:
            sleep(1)
            modes = "TD.m, " + '{:2d}'.format(td.td_operation_mode) + \
                ", TD.s, " + '{:2d}'.format(td.td_operation_sub_mode)
                # ", DD.m, " + '{:2d}'.format(dd.dd_operation_mode) + \
                # ", DD.s, " + '{:2d}'.format(dd.dd_operation_sub_mode)
            pumpSetPts = ", BP.sf, " + '{:4d}'.format(td.blood_flow.set_blood_flow_rate) + \
                         ", BP.ss, " + '{:9.2f}'.format(td.blood_flow.set_rpm)
                # ", ROP.s, " + '{:9.2f}'.format(fp.ro_pump.TBD)
            pumpMeasSpds = ", BP.m, " + '{:7.1f}'.format(td.blood_flow.measured_blood_pump_speed)
                # ", BP.r, " + '{:6.1f}'.format(td.blood_flow.measured_blood_pump_rotor_speed) + \
                # ", BP.f, " + '{:7.1f}'.format(td.blood_flow.measured_blood_flow_rate)
            press = ", PBA, " + '{:9.2f}'.format(td.pressure_sensors.arterial_pressure) + \
                ", PBV, " + '{:9.2f}'.format(td.pressure_sensors.venous_pressure)
            # valves = ", VBA, " + td.valves.valves_status[ValvesEnum.VBA.name]["PosID"] + \
            #     ", VBV, " + td.valves.valves_status[ValvesEnum.VBV.name]["PosID"]
            # air = ", ADV, " + '{:1d}'.format(td.bubbles.air_bubbles_status) + \
            #     ", ULBl, " + '{:1d}'.format(td.air_trap.lower_level) + \
            #     ", ULBu, " + '{:1d}'.format(td.air_trap.upper_level) + \
            #     ", AP, " + '{:1d}'.format(td.air_pump.air_pump_state) + \
            #     ", VBT, " + '{:1d}'.format(td.air_trap.valve_state)
            # alarms = ", AL.s, " + '{:1d}'.format(td.alarms.get_current_alarms_state()) + \
            #     ", AL.t, " + '{:4d}'.format(td.alarms.alarm_top)

            # log data
            f.write(modes)
            f.write(pumpSetPts)
            f.write(pumpMeasSpds)
            f.write(press)
            # f.write(valves)
            # f.write(air)
            # f.write(alarms)
            f.write("\n")

            # print to console
            print("       Modes: "+modes)
            print("Pump Set Pts: "+pumpSetPts)
            print(" Pump Speeds: "+pumpMeasSpds)
            print("   Pressures: "+press)
            # print("      Valves: "+valves)
            # print("         Air: "+air)
            # print("      Alarms: "+alarms)