class OutputConfiguration(EepromModel):
"""
Models an output. The maximum number of inputs is 240 (30 modules), the actual number of
outputs is 8 times the number of output modules (eeprom address 0, 2).
"""
id = EepromId(240, address=EepromAddress(0, 2, 1), multiplier=8)
module_type = EepromString(1,
lambda mid: (33 + mid / 8, 0),
read_only=True,
shared=True)
name = EepromString(16, page_per_module(8, 33, 20, 16))
timer = EepromWord(page_per_module(8, 33, 4, 2))
floor = EepromByte(page_per_module(8, 33, 157, 1))
type = EepromByte(page_per_module(8, 33, 149, 1))
can_led_1_id = EepromByte(gen_address(221, 32, 0))
can_led_1_function = EepromEnum(gen_address(221, 32, 1),
get_led_functions())
can_led_2_id = EepromByte(gen_address(221, 32, 2))
can_led_2_function = EepromEnum(gen_address(221, 32, 3),
get_led_functions())
can_led_3_id = EepromByte(gen_address(221, 32, 4))
can_led_3_function = EepromEnum(gen_address(221, 32, 5),
get_led_functions())
can_led_4_id = EepromByte(gen_address(221, 32, 6))
can_led_4_function = EepromEnum(gen_address(221, 32, 7),
get_led_functions())
room = EextByte()
class ShutterConfiguration(EepromModel):
""" Models a shutter. The maximum number of shutters is 120 (30 modules), the actual number of
shutters is 4 times the number of shutter modules (eeprom address 0, 3).
"""
id = EepromId(240, address=EepromAddress(0, 3, 1), multiplier=4)
timer_up = EepromByte(page_per_module(4, 33, 177, 2))
timer_down = EepromByte(page_per_module(4, 33, 178, 2))
up_down_config = EepromByte(page_per_module(4, 33, 185, 1))
name = EepromString(16, page_per_module(4, 33, 189, 16))
group_1 = EepromByte(lambda mid: (63, (mid * 2) + 0))
group_2 = EepromByte(lambda mid: (63, (mid * 2) + 1))
room = EextByte()
class InputConfiguration(EepromModel):
""" Models an input. The maximum number of inputs is 240 (30 modules), the actual number of
inputs is 8 times the number of input modules (eeprom address 0, 1).
"""
id = EepromId(240, address=EepromAddress(0, 1, 1), multiplier=8)
module_type = EepromString(1, lambda mid: (2 + mid / 8, 0), read_only=True)
name = EepromString(
8,
per_module(
8, lambda mid, iid: (115 + (mid / 4), 64 * (mid % 4) + 8 * iid)))
action = EepromByte(page_per_module(8, 2, 4, 1))
basic_actions = EepromActions(15, page_per_module(8, 2, 12, 30))
invert = EepromByte(lambda mid: (32, mid))
room = EextByte()
can = EepromString(1, lambda mid: (2 + mid / 8, 252), read_only=True)