class Device(D.BCU1):
"""Jung 2138 (8out) device"""
### default values for standard fields
manufacturer = 0x0004
deviceType = 0x2060
version = 1
class Output(D.Channel):
"""Fields for the output configuration"""
delay_base = TBF(0x1F9, bit_field_kind="iduo")
on_delay_factor = TFF(0x1DA, 0xFF, offset="i", base="delay_base")
off_delay_factor = TFF(0x1E2, 0xFF, offset="i", base="delay_base")
timed_fct_active = INF(0x1EA, bit_field_kind="bit")
reaction_to_off = D.Choice_Field \
( 0x1EB, bit_field_kind = "bit"
, Choices = { "ignore" : 0, "switch off" : 1}
)
lock_polarity = D.Choice_Field \
( 0x1F1, bit_field_kind = "bit"
, Choices = { "lock=1" : 0, "lock=0" : 1}
)
output_polarity = D.Choice_Field \
( 0x1F2, bit_field_kind = "bit"
, Choices = { "normally open" : 0, "normally closed" : 1}
)
feedback_polarity = D.Choice_Field \
( 0x1F3, bit_field_kind = "bit"
, Choices = { "normal" : 0, "inverted" : 1}
)
bus_return_action = D.Choice_Field \
( 0x1F4, bit_field_kind = "quad"
, Choices = { "no reaction" : 0
, "open contact" : 1
, "close contact" : 2
}
)
# end class Output
class Special_Function(D.Channel):
"""The special function channel"""
lock_on_action = D.Choice_Field \
( 0x1EF
, bit_field_kind = "duo_quad_l"
, Choices = {"no action" : 0, "close" : 1, "open" : 2}
)
lock_off_action = D.Choice_Field \
( 0x1EF
, bit_field_kind = "duo_quad_h"
, Choices = {"no action" : 0, "close" : 1, "open" : 2}
)
output = D.Choice_Field \
( 0x1D8
, bit_field_kind = "duo"
, Choices = { "disabled" : 0
, "channel 1" : 1
, "channel 2" : 2
, "channel 3" : 3
, "channel 4" : 4
, "channel 5" : 5
, "channel 6" : 6
, "channel 7" : 7
, "channel 8" : 8
}
)
kind = D.Choice_Field \
( 0x1ED
, bit_field_kind = "quad"
, Choices = {"logic" : 0, "lock" : 1, "force" : 2}
)
operator = D.Choice_Field \
( 0x1EE
, bit_field_kind = "quad"
, Choices = { "undefined" : 0
, "or" : 1
, "and" : 2
, "and with recirculation" : 3
}
)
# end class Special_Function
channel = D.Channels_Definition(Output, 8)
special = D.Channels_Definition(Special_Function, 4)
Com_Objects = [ ( ( "output %d" % (i + 1, ), )
, dict (write = True)
)
for i in range (8)
] + \
[ ( ( "special %d" % (i - 7, ), )
, dict ()
)
for i in range (8, 12)
] + \
[ ( ( "feedback %d" % (i - 11, ), )
, dict (read = False, transmit = True)
)
for i in range (12, 20)
]
