def minipack_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_value("BMC_CPLD_BOARD_REV_ID0")
v1 = openbmc_gpio.gpio_get_value("BMC_CPLD_BOARD_REV_ID1")
v2 = openbmc_gpio.gpio_get_value("BMC_CPLD_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 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_value('BOARD_REV_ID0')
v1 = openbmc_gpio.gpio_get_value('BOARD_REV_ID1')
v2 = openbmc_gpio.gpio_get_value('BOARD_REV_ID2')
return ((v2 << 2) | (v1 << 1) | v0)
def main():
print('Setting up GPIOs ... ', end='')
sys.stdout.flush()
openbmc_gpio.setup_shadow()
setup_board_gpio(soc_gpio_table, board_gpio_table_v1)
print('Done')
sys.stdout.flush()
return 0
def main():
print("Setting up GPIOs ... ", end="")
sys.stdout.flush()
openbmc_gpio.gpio_shadow_init()
setup_board_gpio(soc_gpio_table, board_gpio_table)
print("Done")
sys.stdout.flush()
return 0
def main():
print("Setting up GPIOs ... ", end="")
sys.stdout.flush()
openbmc_gpio.gpio_shadow_init()
setup_board_gpio(soc_gpio_table, board_gpio_table)
setup_board_gpio(soc_passthrough_gpio_table, board_passthrough_gpio_table)
setup_board_tolerance_gpio(board_tolerance_gpio_table, board_gpioOffsetDic)
print("Done")
sys.stdout.flush()
return 0
def main():
print('Setting up GPIOs ... ', end='')
sys.stdout.flush()
openbmc_gpio.setup_shadow()
setup_board_gpio(soc_gpio_table, board_gpio_table)
setup_board_gpio(soc_passthrough_gpio_table, board_passthrough_gpio_table)
setup_board_tolerance_gpio(board_tolerance_gpio_table, board_gpioOffsetDic)
print('Done')
sys.stdout.flush()
return 0
def main():
print('Setting up GPIOs ... ', end='')
sys.stdout.flush()
openbmc_gpio.setup_shadow()
version = yamp_board_rev(soc_gpio_table, board_gpio_rev_table)
# In order to satisy/unsatisfy conditions in setup_board_gpio()
# modify the registers
if version is 1:
print('Using GPIO P1 table ', end='')
setup_board_gpio(soc_gpio_table, board_gpio_table_p1)
else:
print('Unexpected board version %s. Using GPIO P1 table. ' % version,
end='')
setup_board_gpio(soc_gpio_table, board_gpio_table_p2)
print('Done')
sys.stdout.flush()
return 0
def main():
print("Setting up GPIOs ... ", end="")
sys.stdout.flush()
openbmc_gpio.gpio_shadow_init()
version = yamp_board_rev(soc_gpio_table, board_gpio_rev_table)
# In order to satisy/unsatisfy conditions in setup_board_gpio()
# modify the registers
if version is 1:
print("Using GPIO P1 table ", end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_p1)
else:
print("Unexpected board version %s. Using GPIO P1 table. " % version,
end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_p2)
print("Done")
sys.stdout.flush()
return 0
def main():
print('Setting up GPIOs ... ', end='')
sys.stdout.flush()
openbmc_gpio.gpio_shadow_init()
version = wedge400_board_rev(soc_gpio_table,board_gpio_rev_table)
# In order to satisy/unsatisfy conditions in setup_board_gpio()
# modify the registers
set_register()
if version is 4:
print('Using GPIO EVTA table ', end='')
setup_board_gpio(soc_gpio_table, board_gpio_table_v1)
else:
print('Unexpected board version %s. Using GPIO DVT table. '
% version, end='')
setup_board_gpio(soc_gpio_table, board_gpio_table_v1)
print('Done')
sys.stdout.flush()
return 0
def main():
print('Setting up GPIOs ... ', end='')
sys.stdout.flush()
openbmc_gpio.setup_shadow()
version = wedge_board_rev(soc_gpio_table,board_gpio_rev_table)
# In order to satisy/unsatisfy conditions in setup_board_gpio()
# modify the registers
set_register()
if version is 1:
print('Using GPIO EVT table ', end='')
setup_board_gpio(soc_gpio_table, board_gpio_table_v1)
else:
if version is 2:
print('Using GPIO DVT table ', end='')
else:
print('Unexpected board version %s. Using GPIO DVT table. '
% version, end='')
setup_board_gpio(soc_gpio_table, board_gpio_table_v2)
print('Done')
sys.stdout.flush()
return 0
def main():
print("Setting up GPIOs ... ", end="")
sys.stdout.flush()
openbmc_gpio.gpio_shadow_init()
version = minipack_board_rev(soc_gpio_table, board_gpio_rev_table)
# In order to satisy/unsatisfy conditions in setup_board_gpio()
# modify the registers
set_register()
if version is 4:
print("Using GPIO EVTA table ", end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_v1)
elif version is 0:
print("Using GPIO EVTB table ", end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_v2)
elif version is 1:
print("Using GPIO DVT table ", end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_v3)
else:
print("Unexpected board version %s. Using GPIO DVT table. " % version,
end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_v3)
print("Done")
sys.stdout.flush()
return 0
def main():
print("Setting up GPIOs ... ", end="")
sys.stdout.flush()
openbmc_gpio.gpio_shadow_init()
version = wedge400_board_rev(soc_gpio_table, board_gpio_rev_table)
brd_type = wedge400_board_type()
# In order to satisy/unsatisfy conditions in setup_board_gpio()
# modify the registers
set_register()
if brd_type is 0:
print("Using GPIO Wedge400 table ", end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_v1_th3)
elif brd_type is 1:
print("Using GPIO Wedge400-C table ", end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_v1_gb)
else:
print("Unexpected board version %s. Using GPIO DVT table. " % version,
end="")
setup_board_gpio(soc_gpio_table, board_gpio_table_v1_gb)
print("Done")
sys.stdout.flush()
return 0
