facedancer.backends.goodfet module

class facedancer.backends.goodfet.Facedancer(serialport, verbose=0)[source]

Bases: object

halt()[source]

read(n)[source]: Read raw bytes.

readcmd()[source]: Read a single command.

reset()[source]

write(b)[source]: Write raw bytes.

writecmd(c)[source]: Write a single command.

class facedancer.backends.goodfet.FacedancerCommand(app=None, verb=None, data=None)[source]

Bases: object

as_bytestring()[source]

long_string()[source]

class facedancer.backends.goodfet.GoodFETMonitorApp(device, verbose=0)[source]

Bases: FacedancerApp

announce_connected()[source]

app_name = 'GoodFET monitor'

app_num = 0

echo(s)[source]

get_clocking()[source]

get_infostring()[source]

list_apps()[source]

print_info()[source]

read_byte(addr)[source]

facedancer.backends.goodfet.GoodFETSerialPort(**kwargs)[source]: Return a Serial port using default values possibly overriden by caller

class facedancer.backends.goodfet.GoodfetMaxUSBApp(device=None, verbose=0, quirks=None)[source]

Bases: MAXUSBApp

ack_status_stage(blocking=False)[source]

Handles the status stage of a correctly completed control request, by priming the appropriate endpoint to handle the status phase.

Parameters:

direction – Determines if we’re ACK’ing an IN or OUT vendor request. (This should match the direction of the DATA stage.)
endpoint_number – The endpoint number on which the control request occurred.
blocking – True if we should wait for the ACK to be fully issued before returning.

app_name = 'MAXUSB'

app_num = 64

classmethod appropriate_for_environment(backend_name)[source]: Determines if the current environment seems appropriate for using the GoodFET::MaxUSB backend.

enable()[source]

init_commands()[source]

read_bytes(reg, n)[source]

read_register(reg_num, ack=False)[source]

write_bytes(reg, data)[source]

write_register(reg_num, value, ack=False)[source]