from enum import Enum
# The default port of the connection
SCP_SCAMP_PORT = 17893
# The default port of the connection
UDP_BOOT_CONNECTION_DEFAULT_PORT = 54321
# The base address of the system variable structure in System ram
SYSTEM_VARIABLE_BASE_ADDRESS = 0xf5007f00
# The base address of a routers diagnostic filter controls
ROUTER_REGISTER_BASE_ADDRESS = 0xe1000000
# The base address of a routers p2p routing table
ROUTER_REGISTER_P2P_ADDRESS = ROUTER_REGISTER_BASE_ADDRESS + 0x10000
# offset for the router filter controls first register (one word each)
ROUTER_FILTER_CONTROLS_OFFSET = 0x200
# point where default filters finish and user set-able ones are available
ROUTER_DEFAULT_FILTERS_MAX_POSITION = 11
# size of a router diagnostic filter control register in bytes
ROUTER_DIAGNOSTIC_FILTER_SIZE = 4
# number of router diagnostic filters
NO_ROUTER_DIAGNOSTIC_FILTERS = 16
# The size of the system variable structure in bytes
SYSTEM_VARIABLE_BYTES = 256
# The max size a UDP packet can be
UDP_MESSAGE_MAX_SIZE = 256
# the amount of size in bytes that the EIEIO command header is
EIEIO_COMMAND_HEADER_SIZE = 3
# The amount of size in bytes the EIEIO data header is
EIEIO_DATA_HEADER_SIZE = 2
# the address of the start of the VCPU structure (copied from sark.h)
CPU_INFO_OFFSET = 0xe5007000
# how many bytes the cpu info data takes up
CPU_INFO_BYTES = 128
# the address at which user0 register starts
CPU_USER_0_START_ADDRESS = 112
# the address at which user0 register starts
CPU_USER_1_START_ADDRESS = 116
# the address at which user0 register starts
CPU_USER_2_START_ADDRESS = 120
# the address at which the iobuf address starts
CPU_IOBUF_ADDRESS_OFFSET = 88
# default UDP tag
DEFAULT_SDP_TAG = 0xFF
# max user requested tag value
MAX_TAG_ID = 7
# The range of values the BMP's 12-bit ADCs can measure.
BMP_ADC_MAX = 1 << 12
# Multiplier to convert from ADC value to volts for lines less than 2.5 V.
BMP_V_SCALE_2_5 = 2.5 / BMP_ADC_MAX
# Multiplier to convert from ADC value to volts for 3.3 V lines.
BMP_V_SCALE_3_3 = 3.75 / BMP_ADC_MAX
# Multiplier to convert from ADC value to volts for 12 V lines.
BMP_V_SCALE_12 = 15.0 / BMP_ADC_MAX
# Multiplier to convert from temperature probe values to degrees Celsius.
BMP_TEMP_SCALE = 1.0 / 256.0
# Temperature value returned when a probe is not connected.
BMP_MISSING_TEMP = -0x8000
# Fan speed value returned when a fan is absent.
BMP_MISSING_FAN = -1
# Additional timeout for BMP power-on commands to reply.
BMP_POWER_ON_TIMEOUT = 10.0
# number of chips to check are booted fully from the middle
NO_MIDDLE_CHIPS_TO_CHECK = 8
# a listing of what spinnaker specific EIEIO commands there are.
EIEIO_COMMAND_IDS = Enum(
value="EIEIO_COMMAND_IDS",
names=[
# Database handshake with external program
("DATABASE_CONFIRMATION", 1),
# Fill in buffer area with padding
("EVENT_PADDING", 2),
# End of all buffers, stop execution
("EVENT_STOP", 3),
# Stop complaining that there is SDRAM free space for buffers
("STOP_SENDING_REQUESTS", 4),
# Start complaining that there is SDRAM free space for buffers
("START_SENDING_REQUESTS", 5),
# Spinnaker requesting new buffers for spike source population
("SPINNAKER_REQUEST_BUFFERS", 6),
# Buffers being sent from host to SpiNNaker
("HOST_SEND_SEQUENCED_DATA", 7),
# Buffers available to be read from a buffered out vertex
("SPINNAKER_REQUEST_READ_DATA", 8),
# Host confirming data being read form SpiNNaker memory
("HOST_DATA_READ", 9),
# command for notifying the external devices that the simulation
# has stopped
("STOP_PAUSE_NOTIFICATION", 10),
# command for notifying the external devices that the simulation has
# started
("START_RESUME_NOTIFICATION", 11)
]
)
# the values used by the SCP iptag time outs. These control how long to wait
# for any message request which requires a response, before raising an error.
# The value is calculated via the following formulae
# 10ms * 2^(tag_timeout_value - 1)
IPTAG_TIME_OUT_WAIT_TIMES = Enum(
value="IPTAG_TIME_OUT_WAIT_TIMES",
names=[
("TIMEOUT_10_ms", 1),
("TIMEOUT_20_ms", 2),
("TIMEOUT_40_ms", 3),
("TIMEOUT_80_ms", 4),
("TIMEOUT_160_ms", 5),
("TIMEOUT_320_ms", 6),
("TIMEOUT_640_ms", 7),
("TIMEOUT_1280_ms", 8),
("TIMEOUT_2560_ms", 9)]
)
ROUTER_REGISTER_REGISTERS = Enum(
value="Registers",
names=[("LOC_MC", 0),
("EXT_MC", 1),
("LOC_PP", 2),
("EXT_PP", 3),
("LOC_NN", 4),
("EXT_NN", 5),
("LOC_FR", 6),
("EXT_FR", 7),
("DUMP_MC", 8),
("DUMP_PP", 9),
("DUMP_NN", 10),
("DUMP_FR", 11),
("USER_0", 12),
("USER_1", 13),
("USER_2", 14),
("USER_3", 15)]
)
# the types of read available from SARK. These values are used to tell SARK how
# to read the data in a time efficient manner.
READ_TYPES = Enum(
value="Read_types",
names=[("BYTE", 0),
("HALF_WORD", 1),
("WORD", 2)]
)
# This is a mapping between read address in the mapping between word byte
# position, the number of bytes you wish to read, and the type of time
# efficient way to read said amount of bytes via SARK
address_length_dtype = {
(0, 0): READ_TYPES.WORD,
(0, 1): READ_TYPES.BYTE,
(0, 2): READ_TYPES.HALF_WORD,
(0, 3): READ_TYPES.BYTE,
(1, 0): READ_TYPES.BYTE,
(1, 1): READ_TYPES.BYTE,
(1, 2): READ_TYPES.BYTE,
(1, 3): READ_TYPES.BYTE,
(2, 0): READ_TYPES.HALF_WORD,
(2, 1): READ_TYPES.BYTE,
(2, 2): READ_TYPES.HALF_WORD,
(2, 3): READ_TYPES.BYTE,
(3, 0): READ_TYPES.BYTE,
(3, 1): READ_TYPES.BYTE,
(3, 2): READ_TYPES.BYTE,
(3, 3): READ_TYPES.BYTE}