def set_depressurize_state(self, value=None):
from XLI.auxiliary import parse_binary, unparse_binary
bit = self.bit_valve1
curr_DIO = int(self.get_DIO())
arr = parse_binary(curr_DIO)
#print('current_digital',current_digital)
if value == 0 or value == 1:
arr[1] = value
number = unparse_binary(arr)
self.set_DIO(number)
def set_log_bit_state(self, value=None):
"""
sets the bit 4 to the passed value. Bit 4 is logging bit.
"""
from XLI.auxiliary import parse_binary, unparse_binary
curr_DIO = int(self.get_DIO())
arr = parse_binary(curr_DIO)
#print('current_digital',current_digital)
if value == 0 or value == 1:
arr[4] = value
number = unparse_binary(arr)
self.set_DIO(number)
server.push_subscribed_updates(controls=[b'log_bit_state'])
def get_log_bit_state(self):
from XLI.auxiliary import parse_binary, unparse_binary
arr = parse_binary(self.get_DIO())
return arr[4]
def get_depressurize_state(self):
from XLI.auxiliary import parse_binary, unparse_binary
arr = parse_binary(self.get_DIO())
return arr[1]