def get_user_definition(settings):
if (
settings.system_options.user_code_length_6
or settings.system_options.user_code_length_flexible
):
code = ExprAdapter(
Bytes(3),
lambda obj, path: binascii.hexlify(obj)
.decode()
.rstrip("0")
.replace("a", "0")
or None,
lambda obj, path: binascii.unhexlify(obj.replace("0", "a")),
)
else:
code = ExprAdapter(
Bytes(3),
lambda obj, path: binascii.hexlify(obj)
.decode()
.rstrip("0")
.replace("a", "0")[:4]
or None,
lambda obj, path: binascii.unhexlify((obj + obj[:2]).replace("0", "a")),
)
return Struct(
"code" / code,
"options"
/ BitsSwapped(
BitStruct(
"type" / Enum(BitsInteger(2), FullMaster=0x3, Master=0x2, Regular=0x0),
"duress" / Flag,
"bypass" / Flag,
"arm_only" / Flag,
"stay_instant_arming" / Flag,
"force_arming" / Flag,
"all_subsystems" / Flag,
)
),
"partitions" / BitsSwapped(Bitwise(StatusFlags(8))),
"access" / BitStruct("level" / Nibble, "schedule" / Nibble),
"access_options" / Bytes(1),
"card_serial_number" / Bytes(3),
)
def PGMFlags(count, start_index_from=1):
return DictArray(
count,
start_index_from,
Bitwise(
Struct(
"_index" / Computed(this._index + start_index_from),
"fire_2_wires" / Default(Flag, False),
"normally_closed" / Default(Flag, False),
"_unknown1" / BitsInteger(1),
"disabled" / ExprSymmetricAdapter(
Default(Flag, False), lambda obj, ctx: not obj
), # False when a relay is assigned
"_unknown2" / BitsInteger(2),
"timer_active" / Default(Flag, False), # when timer is active
"on" / Default(Flag, False), # when is activated
"time_left" /
Bytewise(ByteSwapped(Default(Int24ub, 0))), # byte in seconds
), ),
)
RAMDataParserMap = {
1: Struct(
"_weekday" / Int8ub,
"pgm_flags"
/ BitStruct( # TODO: Do we need BitsSwapped here?
"chime_zone_partition" / BitsSwapped(StatusFlags(4)),
"power_smoke" / Flag,
"ground_start" / Flag,
"kiss_off" / Flag,
"line_ring" / Flag,
"bell_partition" / BitsSwapped(StatusFlags(8)),
"fire_alarm" / BitsSwapped(StatusFlags(8)),
"open_close_kiss_off" / BitsSwapped(StatusFlags(8)),
),
"key-switch_triggered" / BitsSwapped(Bitwise(StatusFlags(32))),
"door_open" / BitsSwapped(Bitwise(StatusFlags(32))),
"system"
/ Struct(
"troubles"
/ BitStruct(
"system_trouble" / Flag,
"dialer_trouble" / Flag,
"module_trouble" / Flag,
"bus_com_trouble" / Flag, # BusCom
"zone_tamper_trouble" / Flag,
"zone_low_battery_trouble" / Flag,
"zone_fault_trouble" / Flag,
"time_lost_trouble" / Flag,
"ac_trouble" / Flag,
"battery_failure_trouble" / Flag,
'command' / Bytes(2),
'ssrc' / Int32ub,
'count' / Int8ub,
'padding' / Padding(3),
'timestamp_1' / Int64ub,
'timestamp_2' / Int64ub,
'timestamp_3' / Int64ub,
)
MIDIPacketHeader = Struct(
'_name' / Computed('MIDIPacketHeader'),
'rtp_header' / Struct(
'flags' / Bitwise(Struct(
'v' / BitsInteger(2), # always 0x2
'p' / Flag, # always 0
'x' / Flag, # always 0
'cc' / Nibble, # always 0
'm' / Flag, # always 0x1
'pt' / BitsInteger(7), # always 0x61
)),
'sequence_number' / Int16ub, # always 'K'
),
'timestamp' / Int32ub,
'ssrc' / Int32ub,
)
MIDINote = Enum(Byte,
Cn1=0,
Csn1=1,
Dn1=2,
Dsn1=3,
En1=4,
"block_colors": Color,
"block_genres": Genre,
"block_keys": Key,
"block_labels": Label,
#"strange": StrangePage,
}, default = Computed("page type not implemented")),
)
)
# unfortunately, the entry_enabled field contains even unexistant entries:
# entry_enabled[:-1] matches revidx[:-1],
# but len(entry_enabled)==16 while len(revidx)<=16
FirstReverseIndexArray = Struct(
"entries" / Array(this._._.entry_count%16, ReverseIndexedEntry),
"entry_enabled" / ByteSwapped(Bitwise(Array(16, Flag))), # may start with unexistant entries, see above!
"entry_enabled_override" / ByteSwapped(Bitwise(Array(16, Flag))) # may start with unexistant entries, see above!
)
FullReverseIndexArray = Struct(
"entries" / Array(16, ReverseIndexedEntry),
"entry_enabled" / ByteSwapped(Bitwise(Array(16, Flag))),
"entry_enabled_override" / ByteSwapped(Bitwise(Array(16, Flag)))
)
PageEndHeader = Sequence(
FirstReverseIndexArray,
Embedded(Array(this._.entry_count//16, FullReverseIndexArray))
)
PageHeader = Struct( # 40 bytes
def BitList(size, *, reversed=False):
return BitListAdapter(Bitwise(Bit[size * 8]), reversed)
def BitList(size):
return BitListAdapter(Bitwise(Bit[size * 8]))
construct.Flag("overflow"),
construct.Flag("valid"),
construct.Flag("ack"),
construct.BitField("ip_addr", 32),
construct.BitField("data", 64))
# the snap block immediately after the x-engine
snap_xengine_vacc = construct.BitStruct("snap_vacc0", construct.BitField("data", 32))
if construct.version[1] > 6:
# f-engine adc control
register_fengine_adc_control = BitStruct(
'enable' / Flag, # 31 Enable input channel on KAT ADC.
Padding(32 - 6 - 1), # 6-30
'atten' / Bitwise(BitsInteger(6))) # 0-5 KAT ADC channel attenuation setting.
# f-engine status
register_fengine_fstatus = BitStruct(
'coarse_bits' / Bitwise(BitsInteger(5)), # 27-31 2^x - the number of points in the coarse FFT.
'fine_bits' / Bitwise(BitsInteger(5)), # 22-26 2^y - the number of points in the fine FFT.
'sync_val' / Bitwise(BitsInteger(2)), # 20-21 On which ADC cycle did the sync happen?
Padding(2), # 18-19
'xaui_lnkdn' / Flag, # 17 The 10GBE link is down.
'xaui_over' / Flag, # 16 The 10GBE link has overflows.
Padding(9), # 7-15
'clk_err' / Flag, # 6 The board frequency is calculated out of bounds.
'adc_disabled' / Flag, # 5 The ADC has been disabled.
'ct_error' / Flag, # 4 There is a QDR error from the corner-turner.
'adc_overrange' / Flag, # 3 The ADC is reporting over-ranging.
'fine_fft_overrange' / Flag, # 2 Not used currently.
def to_bits(bytes):
return list(Bitwise(Bit[8 * len(bytes)]).parse(bytes))
def test_parsing_gsm7(data, message):
assert Bitwise(Gsm7Adapter(GreedyBytes)).parse(data) == message
def test_building_gsm7(message, expected):
assert Bitwise(Gsm7Adapter(GreedyBytes)).build(message) == expected
zones = list([i in obj for i in range(1, 193)])
return self.subcon._build(zones, stream, context, path)
PerformZoneAction = Struct(
"fields" / RawCopy(
Struct(
"po" / Struct("command" / Const(0xd0, Int8ub)),
"packet_length" / Rebuild(
Int8ub, lambda this: this._root._subcons.fields.sizeof() + this
._root._subcons.checksum.sizeof()),
"flags" / ZoneFlagBitStruct,
"operation" / ZoneActionBitOperation,
"_not_used" / Padding(2),
"zones" / ZoneAdapter(BitsSwapped(Bitwise(Array(192, Flag)))),
)), "checksum" / Checksum(
Bytes(1), lambda data: calculate_checksum(data), this.fields.data))
PerformZoneActionResponse = Struct(
"fields" / RawCopy(
Struct(
"po" / BitStruct(
"command" / Const(0xd, Nibble), "status" /
Struct("reserved" / Flag, "alarm_reporting_pending" / Flag,
"Winload_connected" / Flag, "NeWare_connected" / Flag)),
"packet_length" / Rebuild(
Int8ub, lambda this: this._root._subcons.fields.sizeof() + this
._root._subcons.checksum.sizeof()),
"flags" / ZoneFlagBitStruct,
"operation" / ZoneActionBitOperation,
Padding(16 - 13 - 1), # 14 - 15
'adc_protect_disable' / Flag, # 13
'flasher_en' / Flag, # 12
Padding(12 - 9 - 1), # 10 - 11
'gbe_enable' / Flag, # 9
'gbe_rst' / Flag, # 8
Padding(8 - 3 - 1), # 4 - 7
'clr_status' / Flag, # 3
'arm' / Flag, # 2
'soft_sync' / Flag, # 1
'mrst' / Flag # 0
)
# f-engine status
register_fengine_fstatus = BitStruct(
Padding(32 - 29 - 1), # 30 - 31
"sync_val" / Bitwise(BitsInteger(2)), # 28 - 29
Padding(28 - 17 - 1), # 18 - 27
'xaui_lnkdn' / Flag, # 17
'xaui_over' / Flag, # 16
Padding(16 - 6 - 1), # 7 - 15
'dram_err' / Flag, # 6
'clk_err' / Flag, # 5
'adc_disabled' / Flag, # 4
'ct_error' / Flag, # 3
'adc_overrange' / Flag, # 2
'fft_overrange' / Flag, # 1
'quant_overrange' / Flag # 0
)
# x-engine control register
register_xengine_control = BitStruct(
Padding(32 - 16 - 1), # 17 - 31
from construct import Bit, BitStruct, Bitwise, Const, Int16ub, Int8ub, Nibble, Struct
from ledbadger.image import bytes_to_image
from ledbadger.message import Message
from ledbadger.utils import pad_buffer
ShowModeAndSpeed = BitStruct(
'speed' / Nibble,
'show_mode' / Nibble,
)
HeaderFormat = Struct(
'signature' / Const(b'wang'),
'zero1' / Const(0, Int8ub),
'brightnesses' / Bitwise(Bit[8]),
'flashes' / Bitwise(Bit[8]),
'borders' / Bitwise(Bit[8]),
'show_modes_and_speeds' / ShowModeAndSpeed[8],
'lengths' / Int16ub[8],
'zero2' / Const(0, Int8ub),
'zero3' / Const(0, Int8ub),
'address_mode' / Int8ub,
'address' / Int16ub,
'zero4' / Const(0, Int8ub),
'year_div_100' / Int8ub,
'month' / Int8ub,
'day' / Int8ub,
'hour' / Int8ub,
'minute' / Int8ub,
'second' / Int8ub,
from construct import (Bitwise, Bytes, Computed, Container, Default, Flag,
Struct, this)
from paradox.hardware.evo.adapters import DictArray, EventAdapter
TestParser = Bitwise(
DictArray(
8,
1,
Struct("_index" / Computed(this._index + 1),
"enabled" / Default(Flag, False)),
))
TestParser2 = Bitwise(
DictArray(
8,
65,
Struct("_index" / Computed(this._index + 65),
"enabled" / Default(Flag, False)),
))
TestPickerParser = Bitwise(
DictArray(
8,
1,
Struct("_index" / Computed(this._index + 1),
"enabled" / Default(Flag, False)),
pick_key="enabled",
))
'_name' / Computed('AppleMIDITimestampPacket'),
'preamble' / Const(b'\xff\xff'),
'command' / Bytes(2),
'ssrc' / Int32ub,
'count' / Int8ub,
'padding' / Padding(3),
'timestamp_1' / Int64ub,
'timestamp_2' / Int64ub,
'timestamp_3' / Int64ub,
)
MIDIPacketHeaderFlags = Bitwise(
Struct(
'v' / BitsInteger(2), # always 0x2
'p' / Flag, # always 0
'x' / Flag, # always 0
'cc' / Nibble, # always 0
'm' / Flag, # always 0x1
'pt' / BitsInteger(7), # always 0x61
)
)
RTPHeader = Struct(
'flags' / MIDIPacketHeaderFlags,
'sequence_number' / Int16ub, # always 'K'
)
MIDIPacketHeader = Struct(
'_name' / Computed('MIDIPacketHeader'),
'rtp_header' / RTPHeader,
'timestamp' / Int32ub,
'ssrc' / Int32ub,
RAMDataParserMap = {
1:
Struct(
"_weekday" / Int8ub,
"pgm_flags" / BitStruct( # TODO: Do we need BitsSwapped here?
'chime_zone_partition' / BitsSwapped(StatusFlags(4)),
'power_smoke' / Flag,
'ground_start' / Flag,
'kiss_off' / Flag,
'line_ring' / Flag,
'bell_partition' / BitsSwapped(StatusFlags(8)),
'fire_alarm' / BitsSwapped(StatusFlags(8)),
'open_close_kiss_off' / BitsSwapped(StatusFlags(8)),
),
"key-switch_triggered" / BitsSwapped(Bitwise(StatusFlags(32))),
"door_open" / BitsSwapped(Bitwise(StatusFlags(32))),
"system" / Struct(
"troubles" / BitStruct(
"system_trouble" / Flag,
"dialer_trouble" / Flag,
"module_trouble" / Flag,
"bus_com_trouble" / Flag, # BusCom
"zone_tamper_trouble" / Flag,
"zone_low_battery_trouble" / Flag,
"zone_fault_trouble" / Flag,
"time_lost_trouble" / Flag,
"ac_trouble" / Flag,
"battery_failure_trouble" / Flag,
"aux_limit_trouble" / Flag,
"bell_limit_trouble" / Flag,
"block_labels": Label,
#"strange": StrangePage,
},
default=Computed("page type not implemented")),
))
# unfortunately, the entry_enabled field contains unexistant entries for the last entry
# entry_enabled[:-1] matches revidx[:-1],
# but len(entry_enabled)==16 while len(revidx)<=16
ReverseIndexArray = Struct(
"entry_count" /
Computed(lambda ctx: min([16, ctx._.entry_count - 16 * ctx._._index])),
Seek(-4 - 2 * this.entry_count, 1), # jump back the size of this struct
"entries" / Array(this.entry_count, ReverseIndexedEntry),
"entry_enabled" / ByteSwapped(Bitwise(Array(16, Flag))),
"entry_enabled_override" / ByteSwapped(Bitwise(Array(16, Flag))),
Seek(-36 if this.entry_count == 16 else 0,
1) # jump back once again for the next read or 0 if finished
)
PageFooter = RepeatUntil(lambda x, lst, ctx: len(lst) * 16 > ctx.entry_count,
ReverseIndexArray)
PageHeader = Struct( # 40 bytes
Padding(4), # always 0
"index" / Int32ul, # in units of 4096 bytes
"page_type" / PageTypeEnum,
"next_index" /
Int32ul, # in units of 4096 bytes, finally points to empty page, even outside of file
"u1" / Int32ul, # sequence number (0->1: 8->13, 1->2: 22, 2->3: 27)