def init_system(self, desc, ind):
if self.type == 1: # i2c mode
self.device = common_func.ftdi_open(ind, 1)
common_func.ftdic_setbitmode(self.device, 0x0, 0x00)
common_func.ftdic_setbitmode(self.device, 0x0, 0x02)
else: # serial mode
if common_func.OS == 'Windows':
self.device = common_func.ftdi_open(ind, 0)
elif common_func.OS == 'Linux':
self.device = ftdi.Ftdi()
self.device.open(vendor=desc[0],
product=desc[1],
address=desc[3])
def get_eeprom_board(self, pins, board_id):
"""checks if the eeprom is present on the current board"""
self.ftdic = common_func.ftdi_open(board_id, 1)
common_func.ftdic_setbitmode(self.ftdic, 0x0, 0x00)
common_func.ftdic_setbitmode(self.ftdic, 0x0, 0x02)
common_func.ftdi_i2c_init(self.ftdic, pins)
add_write = (pins['at24cxx'][0] << 1) + 0
common_func.ftdi_i2c_start(self.ftdic, pins)
if common_func.ftdi_i2c_write(self.ftdic, pins, add_write):
common_func.ftdi_i2c_stop(self.ftdic, pins)
self.ftdic.close()
return 1
else:
common_func.ftdi_i2c_stop(self.ftdic, pins)
self.ftdic.close()
return 0
def init_system(self, pins):
"""initialization of the FTDI chip"""
mode = 1 if pins in self.board_mapping_gpio_i2c or pins in self.board_mapping_power else 0
channel = pins['ftdi'][0]
out_pins = 0
logging.info('FTDI Initialization...')
self.ftdic = common_func.ftdi_open(self.id, channel)
if mode == 0: # if GPIO mode
for gpio in self.board_mapping_gpio: # if channel 0, parse gpio default value of channel 0
if gpio['ftdi'][0] == channel:
out_pins += gpio['ftdi'][1]
common_func.ftdic_setbitmode(0xFF, 0x1)
if mode == 1: # if I2C mode
common_func.ftdic_setbitmode(self.ftdic, 0x0, 0x00) # reset the controller
common_func.ftdic_setbitmode(self.ftdic, 0x0, 0x02) # set as MPSSE
common_func.ftdi_i2c_init(self.ftdic, pins) # Init FT4232H MPSSE with correct parameters
logging.info('Done.')