def load_and_verify_kernel_modules():
output = execute_cmd('lsmod')
bf_kdrv = True
i2c_i801 = True
os.system("sudo modprobe -q i2c-i801")
os.system("sudo modprobe -q i2c-dev")
if 'bf_kdrv' not in output:
load_bf_kdrv()
output = execute_cmd('lsmod')
if 'i2c_i801' not in output and is_ubuntu():
# Ubuntu check is there because i2c_i801 appears only in output of lsmod in Ubuntu
i2c_i801 = False
print('ERROR:i2c_i801 is not loaded.')
if 'bf_kdrv' not in output:
bf_kdrv = False
print("ERROR:bf_kdrv is not loaded.")
# Load switch specific kernel modules
if get_switch_model_from_settings() == constants.bf2556x_1t:
return bf_kdrv and i2c_i801 and load_and_verify_kernel_modules_bf2556()
else:
return bf_kdrv and i2c_i801 and load_and_verify_kernel_modules_bf6064()
def load_and_verify_kernel_modules():
output = execute_cmd_n_get_output('lsmod')
bf_mod = True
i2c_i801 = True
os.system("sudo modprobe -q i2c-i801")
os.system("sudo modprobe -q i2c-dev")
sde_module_names = get_sde_modules()
if sde_module_names is not None:
for module_name in sde_module_names:
if module_name == sde_module_bf_kdrv_string_value:
if module_name not in output:
load_bf_kdrv()
else:
print('Module {} already loaded'.format(module_name))
elif module_name == sde_module_bf_kpkt_string_value:
if module_name not in output:
load_bf_kpkt()
else:
print('Module {} already loaded'.format(module_name))
else:
print('Invalid module to load - {}.'.format(module_name))
exit(0)
else:
print('Select at-least one SDE module to load in settings.xml')
exit(0)
output = execute_cmd_n_get_output('lsmod')
if 'i2c_i801' not in output and is_ubuntu():
# Ubuntu check is there because i2c_i801 appears only in output of
# lsmod in Ubuntu
i2c_i801 = False
print('ERROR:i2c_i801 is not loaded.')
if not any(mod in output for mod in [sde_module_bf_kdrv_string_value,
sde_module_bf_kpkt_string_value]):
bf_mod = False
print("ERROR: Neither of {0}/{1} module loaded.".
format(sde_module_bf_kdrv_string_value,
sde_module_bf_kpkt_string_value))
# Load switch specific kernel modules
if get_switch_model() == constants.bf2556x_1t:
return bf_mod and i2c_i801 and load_and_verify_kernel_modules_bf2556()
else:
return bf_mod and i2c_i801 and load_and_verify_kernel_modules_bf6064()
def load_and_verify_kernel_modules():
output = get_cmd_output('lsmod')
irq_debug = True
bf_kdrv = True
mv_pipe = True
i2c_i801 = True
os.system("sudo modprobe -q i2c-i801")
os.system("sudo modprobe -q i2c-dev")
if 'irq_debug' not in output:
install_irq_debug()
if 'bf_kdrv' not in output:
load_bf_kdrv()
if not os.path.exists("/delta/mv_pipe_config"):
install_mv_pipe()
loaded_modules = subprocess.run(['lsmod'],
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT)
output = loaded_modules.stdout.decode('UTF-8')
if 'i2c_i801' not in output and is_ubuntu():
# Ubuntu check is there because i2c_i801 appears only in output of lsmod in Ubuntu
i2c_i801 = False
print('ERROR:i2c_i801 is not loaded.')
if 'irq_debug' not in output:
irq_debug = False
print("ERROR:irq_debug is not loaded.")
if 'bf_kdrv' not in output:
irq_debug = False
print("ERROR:bf_kdrv is not loaded.")
if not os.path.exists("/delta/mv_pipe_config"):
mv_pipe = False
print("ERROR:mv_pipe_config not installed.")
return irq_debug and bf_kdrv and mv_pipe and i2c_i801