def wedge_board_rev(soc_gpio_table, board_gpio_rev_table):
# Setup to read revision
setup_board_gpio(soc_gpio_table, board_gpio_rev_table)
# Read the gpio values
v0 = openbmc_gpio.gpio_get('BOARD_REV_ID0')
v1 = openbmc_gpio.gpio_get('BOARD_REV_ID1')
v2 = openbmc_gpio.gpio_get('BOARD_REV_ID2')
return ((v2 << 2) | (v1 << 1) | v0)
def wedge_board_rev(soc_gpio_table, board_gpio_rev_table):
# Setup to read revision
setup_board_gpio(soc_gpio_table, board_gpio_rev_table)
# Read the gpio values
v0 = openbmc_gpio.gpio_get('BOARD_REV_ID0')
v1 = openbmc_gpio.gpio_get('BOARD_REV_ID1')
v2 = openbmc_gpio.gpio_get('BOARD_REV_ID2')
return ((v2 << 2) | (v1 << 1) | v0)
def setup_board_tolerance_gpio(board_tolerance_gpio_table,
board_gpioOffsetDic, validate=True):
gpio_configured = []
regs = []
for gpio in board_tolerance_gpio_table:
if not (gpio.gpio).startswith('GPIO'):
continue
gpio_val = openbmc_gpio.gpio_name2value(gpio.gpio)
offset = int(gpio_val / 32)
phy_addr = board_gpioOffsetDic[str(offset)]
bit = gpio_val % 32
# config the devmem and write through to the hw
reg = soc_get_tolerance_reg(phy_addr)
reg.set_bit(bit)
regs.append(reg)
for reg in regs:
reg.write()
# export gpio
for gpio in board_tolerance_gpio_table:
openbmc_gpio.gpio_export(gpio.gpio, gpio.shadow)
def_val = openbmc_gpio.gpio_get(gpio.gpio, change_direction=False)
if def_val == 1:
openbmc_gpio.gpio_set(gpio.gpio, 1)
else:
openbmc_gpio.gpio_set(gpio.gpio, 0)
def get_func(args):
val = openbmc_gpio.gpio_get(args.gpio,
change_direction=False if args.keep else True)
print('%d' % val)
def get_func(args):
val = openbmc_gpio.gpio_get(
args.gpio, change_direction=False if args.keep else True)
print('%d' % val)
