def do_run (self):
self.run_dpdk_lspci ()
if map_driver.dump_interfaces is None or (map_driver.dump_interfaces == [] and map_driver.parent_cfg):
self.load_config_file()
if_list=self.m_cfg_dict[0]['interfaces']
else:
if_list = map_driver.dump_interfaces
if not if_list:
for dev in self.m_devices.values():
if dev.get('Driver_str') in dpdk_nic_bind.dpdk_drivers:
if_list.append(dev['Slot'])
if_list = list(map(self.pci_name_to_full_name, if_list))
for key in if_list:
if key not in self.m_devices:
err=" %s does not exist " %key;
raise DpdkSetup(err)
if 'Driver_str' in self.m_devices[key]:
if self.m_devices[key]['Driver_str'] not in dpdk_nic_bind.dpdk_drivers :
self.do_bind_one (key)
else:
self.do_bind_one (key)
if if_list and map_driver.args.parent and dpdk_nic_bind.get_igb_uio_usage():
pid = dpdk_nic_bind.get_pid_using_pci(if_list)
cmdline = dpdk_nic_bind.read_pid_cmdline(pid)
print('Some or all of given interfaces are in use by following process:\npid: %s, cmd: %s' % (pid, cmdline))
if not dpdk_nic_bind.confirm('Ignore and proceed (y/N):'):
sys.exit(1)
def do_return_to_linux(self):
if not self.m_devices:
self.run_dpdk_lspci()
dpdk_interfaces = []
for device in self.m_devices.values():
if device.get('Driver_str') in dpdk_nic_bind.dpdk_drivers:
dpdk_interfaces.append(device['Slot'])
if not dpdk_interfaces:
print('No DPDK bound interfaces.')
return
if dpdk_nic_bind.get_igb_uio_usage():
pid = dpdk_nic_bind.get_pid_using_pci(dpdk_interfaces)
if pid:
cmdline = dpdk_nic_bind.read_pid_cmdline(pid)
print('DPDK interfaces are in use. Unbinding them might cause following process to hang:\npid: %s, cmd: %s' % (pid, cmdline))
if not dpdk_nic_bind.confirm('Confirm (y/N):'):
return
drivers_table = {
'rte_ixgbe_pmd': 'ixgbe',
'rte_igb_pmd': 'igb',
'rte_i40e_pmd': 'i40e',
'rte_em_pmd': 'e1000',
'rte_vmxnet3_pmd': 'vmxnet3',
'rte_virtio_pmd': 'virtio-pci',
'rte_enic_pmd': 'enic',
}
for pci, info in dpdk_nic_bind.get_info_from_trex(dpdk_interfaces).items():
if pci not in self.m_devices:
raise DpdkSetup('Internal error: PCI %s is not found among devices' % pci)
dev = self.m_devices[pci]
if info['TRex_Driver'] not in drivers_table:
print('Got unknown driver %s, description: %s' % (info['TRex_Driver'], dev['Device_str']))
else:
print('Returning to Linux %s' % pci)
dpdk_nic_bind.bind_one(pci, drivers_table[info['TRex_Driver']], False)
def do_return_to_linux(self):
if not self.m_devices:
self.run_dpdk_lspci()
dpdk_interfaces = []
for device in self.m_devices.values():
if device.get('Driver_str') in dpdk_nic_bind.dpdk_drivers:
dpdk_interfaces.append(device['Slot'])
if not dpdk_interfaces:
print('No DPDK bound interfaces.')
return
if dpdk_nic_bind.get_igb_uio_usage():
pid = dpdk_nic_bind.get_pid_using_pci(dpdk_interfaces)
if pid:
cmdline = dpdk_nic_bind.read_pid_cmdline(pid)
print('DPDK interfaces are in use. Unbinding them might cause following process to hang:\n%s' % cmdline)
if not dpdk_nic_bind.confirm('Confirm (y/N):'):
return
drivers_table = {
'rte_ixgbe_pmd': 'ixgbe',
'rte_igb_pmd': 'igb',
'rte_i40e_pmd': 'i40e',
'rte_em_pmd': 'e1000',
'rte_vmxnet3_pmd': 'vmxnet3',
'rte_virtio_pmd': 'virtio',
'rte_enic_pmd': 'enic',
}
for pci, info in dpdk_nic_bind.get_info_from_trex(dpdk_interfaces).items():
if pci not in self.m_devices:
raise DpdkSetup('Internal error: PCI %s is not found among devices' % pci)
dev = self.m_devices[pci]
if info['TRex_Driver'] not in drivers_table:
print('Got unknown driver %s, description: %s' % (info['TRex_Driver'], dev['Device_str']))
else:
print('Returning to Linux %s' % pci)
dpdk_nic_bind.bind_one(pci, drivers_table[info['TRex_Driver']], False)
def do_run (self):
self.run_dpdk_lspci ()
if map_driver.dump_interfaces is None or (map_driver.dump_interfaces == [] and map_driver.parent_cfg):
self.load_config_file()
if_list=self.m_cfg_dict[0]['interfaces']
else:
if_list = map_driver.dump_interfaces
if not if_list:
for dev in self.m_devices.values():
if dev.get('Driver_str') in dpdk_nic_bind.dpdk_drivers:
if_list.append(dev['Slot'])
if_list = list(map(self.pci_name_to_full_name, if_list))
for key in if_list:
if key not in self.m_devices:
err=" %s does not exist " %key;
raise DpdkSetup(err)
if 'Driver_str' in self.m_devices[key]:
if self.m_devices[key]['Driver_str'] not in dpdk_nic_bind.dpdk_drivers :
self.do_bind_one (key)
else:
self.do_bind_one (key)
if if_list and map_driver.args.parent and dpdk_nic_bind.get_igb_uio_usage():
pid = dpdk_nic_bind.get_pid_using_pci(if_list)
cmdline = dpdk_nic_bind.read_pid_cmdline(pid)
print('Some or all of given interfaces are in use by following process:\n%s' % cmdline)
if not dpdk_nic_bind.confirm('Ignore and proceed (y/N):'):
sys.exit(1)
def do_interactive_create(self):
ignore_numa = False
cpu_topology = self._get_cpu_topology()
total_lcores = sum([len(lcores) for cores in cpu_topology.values() for lcores in cores.values()])
if total_lcores < 1:
print('Script could not determine cores of the system, exiting.')
sys.exit(1)
elif total_lcores < 2:
if dpdk_nic_bind.confirm("You have only 1 core and can't run TRex at all. Ignore and continue? (y/N): "):
ignore_numa = True
else:
sys.exit(1)
elif total_lcores < 3:
if dpdk_nic_bind.confirm("You have only 2 cores and will be able to run only Stateful without latency checks.\nIgnore and continue? (y/N): "):
ignore_numa = True
else:
sys.exit(1)
if not self.m_devices:
self.run_dpdk_lspci()
dpdk_nic_bind.show_table()
print('Please choose even number of interfaces either by ID or PCI or Linux IF (look at columns above).')
print('Stateful will use order of interfaces: Client1 Server1 Client2 Server2 etc. for flows.')
print('Stateless can be in any order.')
numa = None
for dev in self.m_devices.values():
if numa is None:
numa = dev['NUMA']
elif numa != dev['NUMA']:
print('Try to choose each pair of interfaces to be on same NUMA within the pair for performance.')
break
while True:
try:
input = dpdk_nic_bind.read_line('Enter list of interfaces in line (for example: 1 3) : ')
create_interfaces = input.replace(',', ' ').replace(';', ' ').split()
wanted_interfaces = self._get_wanted_interfaces(create_interfaces)
ConfigCreator._verify_devices_same_type(wanted_interfaces)
except Exception as e:
print(e)
continue
break
print('')
for interface in wanted_interfaces:
if interface['Active']:
print('Interface %s is active. Using it by TRex might close ssh connections etc.' % interface['Interface_argv'])
if not dpdk_nic_bind.confirm('Ignore and continue? (y/N): '):
sys.exit(1)
for i, interface in enumerate(wanted_interfaces):
if 'MAC' not in interface:
raise DpdkSetup('Cound not determine MAC of interface: %s. Please verify with -t flag.' % interface['Interface_argv'])
interface['src_mac'] = interface['MAC']
dual_index = i + 1 - (i % 2) * 2
dual_int = wanted_interfaces[dual_index]
if not ignore_numa and interface['NUMA'] != dual_int['NUMA']:
print('NUMA is different at pair of interfaces: %s and %s. It will reduce performance.' % (interface['Interface_argv'], dual_int['Interface_argv']))
if dpdk_nic_bind.confirm('Ignore and continue? (y/N): '):
ignore_numa = True
print('')
else:
return
dest_mac = dual_int['MAC']
loopback_dest = True
print("For interface %s, assuming loopback to it's dual interface %s." % (interface['Interface_argv'], dual_int['Interface_argv']))
if dpdk_nic_bind.confirm("Destination MAC is %s. Change it to MAC of DUT? (y/N)." % dest_mac):
while True:
input_mac = dpdk_nic_bind.read_line('Please enter new destination MAC of interface %s: ' % interface['Interface_argv'])
try:
if input_mac:
ConfigCreator._convert_mac(input_mac) # verify format
dest_mac = input_mac
loopback_dest = False
else:
print('Leaving the loopback MAC.')
except Exception as e:
print(e)
continue
break
wanted_interfaces[i]['dest_mac'] = dest_mac
wanted_interfaces[i]['loopback_dest'] = loopback_dest
config = ConfigCreator(cpu_topology, wanted_interfaces, include_lcores = map_driver.args.create_include, exclude_lcores = map_driver.args.create_exclude,
only_first_thread = map_driver.args.no_ht, ignore_numa = map_driver.args.ignore_numa or ignore_numa,
prefix = map_driver.args.prefix, zmq_rpc_port = map_driver.args.zmq_rpc_port, zmq_pub_port = map_driver.args.zmq_pub_port)
if dpdk_nic_bind.confirm('Print preview of generated config? (Y/n)', default = True):
config.create_config(print_config = True)
if dpdk_nic_bind.confirm('Save the config to file? (Y/n)', default = True):
print('Default filename is /etc/trex_cfg.yaml')
filename = dpdk_nic_bind.read_line('Press ENTER to confirm or enter new file: ')
if not filename:
filename = '/etc/trex_cfg.yaml'
config.create_config(filename = filename)
def create_config(self, filename = None, print_config = False):
config_str = '### Config file generated by dpdk_setup_ports.py ###\n\n'
config_str += '- port_limit: %s\n' % len(self.interfaces)
config_str += ' version: 2\n'
config_str += " interfaces: ['%s']\n" % "', '".join([interface['Slot_str'] for interface in self.interfaces])
if self.speed > 10:
config_str += ' port_bandwidth_gb: %s\n' % self.speed
if self.prefix:
config_str += ' prefix: %s\n' % self.prefix
if self.zmq_pub_port:
config_str += ' zmq_pub_port: %s\n' % self.zmq_pub_port
if self.zmq_rpc_port:
config_str += ' zmq_rpc_port: %s\n' % self.zmq_rpc_port
config_str += ' port_info:\n'
for index, interface in enumerate(self.interfaces):
config_str += ' '*6 + '- dest_mac: [%s]' % self._convert_mac(interface['dest_mac'])
if interface.get('loopback_dest'):
config_str += " # MAC OF LOOPBACK TO IT'S DUAL INTERFACE\n"
else:
config_str += '\n'
config_str += ' '*8 + 'src_mac: [%s]\n' % self._convert_mac(interface['src_mac'])
if index % 2:
config_str += '\n' # dual if barrier
if not self.ignore_numa:
config_str += ' platform:\n'
if len(self.interfaces_per_numa.keys()) == 1 and -1 in self.interfaces_per_numa: # VM, use any cores, 1 core per dual_if
lcores_pool = sorted([lcore for lcores in self.lcores_per_numa.values() for lcore in lcores])
config_str += ' '*6 + 'master_thread_id: %s\n' % (0 if self.has_zero_lcore else lcores_pool.pop())
config_str += ' '*6 + 'latency_thread_id: %s\n' % lcores_pool.pop(0)
lcores_per_dual_if = int(len(lcores_pool) / len(self.interfaces))
config_str += ' '*6 + 'dual_if:\n'
for i in range(0, len(self.interfaces), 2):
lcores_for_this_dual_if = [str(lcores_pool.pop(0)) for _ in range(lcores_per_dual_if)]
config_str += ' '*8 + '- socket: 0\n'
config_str += ' '*10 + 'threads: [%s]\n\n' % ','.join(lcores_for_this_dual_if)
else:
# we will take common minimum among all NUMAs, to satisfy all
lcores_per_dual_if = 99
extra_lcores = 1 if self.has_zero_lcore else 2
# worst case 3 iterations, to ensure master and "rx" have cores left
while (lcores_per_dual_if * sum(self.interfaces_per_numa.values()) / 2) + extra_lcores > sum([len(lcores) for lcores in self.lcores_per_numa.values()]):
lcores_per_dual_if -= 1
for numa, cores in self.lcores_per_numa.items():
if not self.interfaces_per_numa[numa]:
continue
lcores_per_dual_if = min(lcores_per_dual_if, int(2 * len(cores) / self.interfaces_per_numa[numa]))
lcores_pool = copy.deepcopy(self.lcores_per_numa)
# first, allocate lcores for dual_if section
dual_if_section = ' '*6 + 'dual_if:\n'
for i in range(0, len(self.interfaces), 2):
numa = self.interfaces[i]['NUMA']
dual_if_section += ' '*8 + '- socket: %s\n' % numa
lcores_for_this_dual_if = [str(lcores_pool[numa].pop(0)) for _ in range(lcores_per_dual_if)]
if not lcores_for_this_dual_if:
raise DpdkSetup('Not enough cores at NUMA %s. This NUMA has %s processing units and %s interfaces.' % (numa, len(self.lcores_per_numa[numa]), self.interfaces_per_numa[numa]))
dual_if_section += ' '*10 + 'threads: [%s]\n\n' % ','.join(lcores_for_this_dual_if)
# take the cores left to master and rx
lcores_pool_left = [lcore for lcores in lcores_pool.values() for lcore in lcores]
config_str += ' '*6 + 'master_thread_id: %s\n' % (0 if self.has_zero_lcore else lcores_pool_left.pop(0))
config_str += ' '*6 + 'latency_thread_id: %s\n' % lcores_pool_left.pop(0)
# add the dual_if section
config_str += dual_if_section
# verify config is correct YAML format
try:
yaml.safe_load(config_str)
except Exception as e:
raise DpdkSetup('Could not create correct yaml config.\nGenerated YAML:\n%s\nEncountered error:\n%s' % (config_str, e))
if print_config:
print(config_str)
if filename:
if os.path.exists(filename):
if not dpdk_nic_bind.confirm('File %s already exist, overwrite? (y/N)' % filename):
print('Skipping.')
return config_str
with open(filename, 'w') as f:
f.write(config_str)
print('Saved.')
return config_str
def do_interactive_create(self):
ignore_numa = False
cpu_topology = self._get_cpu_topology()
total_lcores = sum([len(lcores) for cores in cpu_topology.values() for lcores in cores.values()])
if total_lcores < 1:
print('Script could not determine cores of the system, exiting.')
sys.exit(1)
elif total_lcores < 2:
if dpdk_nic_bind.confirm("You have only 1 core and can't run TRex at all. Ignore and continue? (y/N): "):
ignore_numa = True
else:
sys.exit(1)
elif total_lcores < 3:
if dpdk_nic_bind.confirm("You have only 2 cores and will be able to run only Stateful without latency checks.\nIgnore and continue? (y/N): "):
ignore_numa = True
else:
sys.exit(1)
if not self.m_devices:
self.run_dpdk_lspci()
dpdk_nic_bind.show_table()
print('Please choose even number of interfaces either by ID or PCI or Linux IF (look at columns above).')
print('Stateful will use order of interfaces: Client1 Server1 Client2 Server2 etc. for flows.')
print('Stateless can be in any order.')
numa = None
for dev in self.m_devices.values():
if numa is None:
numa = dev['NUMA']
elif numa != dev['NUMA']:
print('Try to choose each pair of interfaces to be on same NUMA within the pair for performance.')
break
while True:
try:
input = dpdk_nic_bind.read_line('Enter list of interfaces in line (for example: 1 3) : ')
create_interfaces = input.replace(',', ' ').replace(';', ' ').split()
wanted_interfaces = self._get_wanted_interfaces(create_interfaces)
ConfigCreator._verify_devices_same_type(wanted_interfaces)
except Exception as e:
print(e)
continue
break
print('')
for interface in wanted_interfaces:
if interface['Active']:
print('Interface %s is active. Using it by TRex might close ssh connections etc.' % interface['Interface_argv'])
if not dpdk_nic_bind.confirm('Ignore and continue? (y/N): '):
sys.exit(1)
for i, interface in enumerate(wanted_interfaces):
if 'MAC' not in interface:
raise DpdkSetup('Cound not determine MAC of interface: %s. Please verify with -t flag.' % interface['Interface_argv'])
interface['src_mac'] = interface['MAC']
dual_index = i + 1 - (i % 2) * 2
dual_int = wanted_interfaces[dual_index]
if not ignore_numa and interface['NUMA'] != dual_int['NUMA']:
print('NUMA is different at pair of interfaces: %s and %s. It will reduce performance.' % (interface['Interface_argv'], dual_int['Interface_argv']))
if dpdk_nic_bind.confirm('Ignore and continue? (y/N): '):
ignore_numa = True
print('')
else:
return
dest_mac = dual_int['MAC']
loopback_dest = True
print("For interface %s, assuming loopback to it's dual interface %s." % (interface['Interface_argv'], dual_int['Interface_argv']))
if dpdk_nic_bind.confirm("Destination MAC is %s. Change it to MAC of DUT? (y/N)." % dest_mac):
while True:
input_mac = dpdk_nic_bind.read_line('Please enter new destination MAC of interface %s: ' % interface['Interface_argv'])
try:
if input_mac:
ConfigCreator._convert_mac(input_mac) # verify format
dest_mac = input_mac
loopback_dest = False
else:
print('Leaving the loopback MAC.')
except Exception as e:
print(e)
continue
break
wanted_interfaces[i]['dest_mac'] = dest_mac
wanted_interfaces[i]['loopback_dest'] = loopback_dest
config = ConfigCreator(cpu_topology, wanted_interfaces, include_lcores = map_driver.args.create_include, exclude_lcores = map_driver.args.create_exclude,
only_first_thread = map_driver.args.no_ht, ignore_numa = map_driver.args.ignore_numa or ignore_numa,
prefix = map_driver.args.prefix, zmq_rpc_port = map_driver.args.zmq_rpc_port, zmq_pub_port = map_driver.args.zmq_pub_port)
if dpdk_nic_bind.confirm('Print preview of generated config? (Y/n)', default = True):
config.create_config(print_config = True)
if dpdk_nic_bind.confirm('Save the config to file? (Y/n)', default = True):
print('Default filename is /etc/trex_cfg.yaml')
filename = dpdk_nic_bind.read_line('Press ENTER to confirm or enter new file: ')
if not filename:
filename = '/etc/trex_cfg.yaml'
config.create_config(filename = filename)
def create_config(self, filename = None, print_config = False):
config_str = '### Config file generated by dpdk_setup_ports.py ###\n\n'
config_str += '- port_limit: %s\n' % len(self.interfaces)
config_str += ' version: 2\n'
config_str += " interfaces: ['%s']\n" % "', '".join([interface['Slot_str'] for interface in self.interfaces])
if self.speed > 10:
config_str += ' port_bandwidth_gb: %s\n' % self.speed
if self.prefix:
config_str += ' prefix: %s\n' % self.prefix
if self.zmq_pub_port:
config_str += ' zmq_pub_port: %s\n' % self.zmq_pub_port
if self.zmq_rpc_port:
config_str += ' zmq_rpc_port: %s\n' % self.zmq_rpc_port
config_str += ' port_info:\n'
for index, interface in enumerate(self.interfaces):
config_str += ' '*6 + '- dest_mac: [%s]' % self._convert_mac(interface['dest_mac'])
if interface.get('loopback_dest'):
config_str += " # MAC OF LOOPBACK TO IT'S DUAL INTERFACE\n"
else:
config_str += '\n'
config_str += ' '*8 + 'src_mac: [%s]\n' % self._convert_mac(interface['src_mac'])
if index % 2:
config_str += '\n' # dual if barrier
if not self.ignore_numa:
config_str += ' platform:\n'
if len(self.interfaces_per_numa.keys()) == 1 and -1 in self.interfaces_per_numa: # VM, use any cores, 1 core per dual_if
lcores_pool = sorted([lcore for lcores in self.lcores_per_numa.values() for lcore in lcores])
config_str += ' '*6 + 'master_thread_id: %s\n' % (0 if self.has_zero_lcore else lcores_pool.pop())
config_str += ' '*6 + 'latency_thread_id: %s\n' % lcores_pool.pop(0)
config_str += ' '*6 + 'dual_if:\n'
for i in range(0, len(self.interfaces), 2):
config_str += ' '*8 + '- socket: 0\n'
config_str += ' '*10 + 'threads: [%s]\n\n' % lcores_pool.pop(0)
else:
# we will take common minimum among all NUMAs, to satisfy all
lcores_per_dual_if = 99
extra_lcores = 1 if self.has_zero_lcore else 2
# worst case 3 iterations, to ensure master and "rx" have cores left
while (lcores_per_dual_if * sum(self.interfaces_per_numa.values()) / 2) + extra_lcores > sum([len(lcores) for lcores in self.lcores_per_numa.values()]):
lcores_per_dual_if -= 1
for numa, cores in self.lcores_per_numa.items():
if not self.interfaces_per_numa[numa]:
continue
lcores_per_dual_if = min(lcores_per_dual_if, int(2 * len(cores) / self.interfaces_per_numa[numa]))
lcores_pool = copy.deepcopy(self.lcores_per_numa)
# first, allocate lcores for dual_if section
dual_if_section = ' '*6 + 'dual_if:\n'
for i in range(0, len(self.interfaces), 2):
numa = self.interfaces[i]['NUMA']
dual_if_section += ' '*8 + '- socket: %s\n' % numa
lcores_for_this_dual_if = [str(lcores_pool[numa].pop(0)) for _ in range(lcores_per_dual_if)]
if not lcores_for_this_dual_if:
raise DpdkSetup('Not enough cores at NUMA %s. This NUMA has %s processing units and %s interfaces.' % (numa, len(self.lcores_per_numa[numa]), self.interfaces_per_numa[numa]))
dual_if_section += ' '*10 + 'threads: [%s]\n\n' % ','.join(lcores_for_this_dual_if)
# take the cores left to master and rx
lcores_pool_left = [lcore for lcores in lcores_pool.values() for lcore in lcores]
config_str += ' '*6 + 'master_thread_id: %s\n' % (0 if self.has_zero_lcore else lcores_pool_left.pop(0))
config_str += ' '*6 + 'latency_thread_id: %s\n' % lcores_pool_left.pop(0)
# add the dual_if section
config_str += dual_if_section
# verify config is correct YAML format
try:
yaml.safe_load(config_str)
except Exception as e:
raise DpdkSetup('Could not create correct yaml config.\nGenerated YAML:\n%s\nEncountered error:\n%s' % (config_str, e))
if print_config:
print(config_str)
if filename:
if os.path.exists(filename):
if not dpdk_nic_bind.confirm('File %s already exist, overwrite? (y/N)' % filename):
print('Skipping.')
return config_str
with open(filename, 'w') as f:
f.write(config_str)
print('Saved.')
return config_str
def do_run (self,only_check_all_mlx=False):
""" return the number of mellanox drivers"""
self.run_dpdk_lspci ()
if (map_driver.parent_args.dump_interfaces is None or
(map_driver.parent_args.dump_interfaces == [] and
map_driver.parent_args.cfg)):
self.load_config_file()
if_list=self.m_cfg_dict[0]['interfaces']
else:
if_list = map_driver.parent_args.dump_interfaces
if not if_list:
for dev in self.m_devices.values():
if dev.get('Driver_str') in dpdk_nic_bind.dpdk_drivers:
if_list.append(dev['Slot'])
if_list = list(map(self.pci_name_to_full_name, if_list))
# check how many mellanox cards we have
Mellanox_cnt=0;
for key in if_list:
if key not in self.m_devices:
err=" %s does not exist " %key;
raise DpdkSetup(err)
if 'Vendor_str' not in self.m_devices[key]:
err=" %s does not have Vendor_str " %key;
raise DpdkSetup(err)
if self.m_devices[key]['Vendor_str'].find("Mellanox")>-1 :
Mellanox_cnt=Mellanox_cnt+1
if not map_driver.parent_args.dump_interfaces:
if ((Mellanox_cnt>0) and (Mellanox_cnt!= len(if_list))):
err=" All driver should be from one vendor. you have at least one driver from Mellanox but not all ";
raise DpdkSetup(err)
if not map_driver.parent_args.dump_interfaces:
if Mellanox_cnt>0 :
self.set_only_mellanox_nics()
if self.get_only_mellanox_nics():
if not map_driver.parent_args.no_ofed_check:
self.verify_ofed_os()
self.check_ofed_version()
for key in if_list:
pci_id=self.m_devices[key]['Slot_str']
self.tune_mlx5_device (pci_id)
if 'Interface' in self.m_devices[key]:
dev_id=self.m_devices[key]['Interface']
self.disable_flow_control_mlx5_device (dev_id)
self.set_max_mtu_mlx5_device(dev_id)
if only_check_all_mlx:
if Mellanox_cnt >0:
exit(1);
else:
exit(0);
for key in if_list:
if key not in self.m_devices:
err=" %s does not exist " %key;
raise DpdkSetup(err)
if 'Driver_str' in self.m_devices[key]:
if self.m_devices[key]['Driver_str'] not in (dpdk_nic_bind.dpdk_drivers+dpdk_nic_bind.dpdk_and_kernel) :
self.do_bind_one (key,(Mellanox_cnt>0))
pass;
else:
self.do_bind_one (key,(Mellanox_cnt>0))
pass;
if (Mellanox_cnt==0):
# We are not in Mellanox case, we can do this check only in case of Intel (another process is running)
if if_list and map_driver.args.parent and (dpdk_nic_bind.get_igb_uio_usage()):
pid = dpdk_nic_bind.get_pid_using_pci(if_list)
if pid:
cmdline = dpdk_nic_bind.read_pid_cmdline(pid)
print('Some or all of given interfaces are in use by following process:\npid: %s, cmd: %s' % (pid, cmdline))
if not dpdk_nic_bind.confirm('Ignore and proceed (y/N):'):
sys.exit(-1)
else:
print('WARNING: Some other program is using DPDK driver.\nIf it is TRex and you did not configure it for dual run, current command will fail.')
if map_driver.parent_args.stl and not map_driver.parent_args.no_scapy_server:
try:
master_core = self.m_cfg_dict[0]['platform']['master_thread_id']
except:
master_core = 0
ret = os.system('%s scapy_daemon_server restart -c %s' % (sys.executable, master_core))
if ret:
print("Could not start scapy_daemon_server, which is needed by GUI to create packets.\nIf you don't need it, use --no-scapy-server flag.")
sys.exit(-1)
if Mellanox_cnt:
return 1
else:
return 0
def do_run (self,only_check_all_mlx=False):
self.run_dpdk_lspci ()
if map_driver.dump_interfaces is None or (map_driver.dump_interfaces == [] and map_driver.parent_cfg):
self.load_config_file()
if_list=self.m_cfg_dict[0]['interfaces']
else:
if_list = map_driver.dump_interfaces
if not if_list:
for dev in self.m_devices.values():
if dev.get('Driver_str') in dpdk_nic_bind.dpdk_drivers:
if_list.append(dev['Slot'])
if_list = list(map(self.pci_name_to_full_name, if_list))
# check how many mellanox cards we have
Mellanox_cnt=0;
for key in if_list:
if key not in self.m_devices:
err=" %s does not exist " %key;
raise DpdkSetup(err)
if 'Vendor_str' not in self.m_devices[key]:
err=" %s does not have Vendor_str " %key;
raise DpdkSetup(err)
if self.m_devices[key]['Vendor_str'].find("Mellanox")>-1 :
Mellanox_cnt=Mellanox_cnt+1
if not map_driver.dump_interfaces :
if ((Mellanox_cnt>0) and (Mellanox_cnt!= len(if_list))):
err=" All driver should be from one vendor. you have at least one driver from Mellanox but not all ";
raise DpdkSetup(err)
if not map_driver.dump_interfaces :
if Mellanox_cnt>0 :
self.set_only_mellanox_nics()
if self.get_only_mellanox_nics():
self.check_ofe_version ()
for key in if_list:
pci_id=self.m_devices[key]['Slot_str']
self.tune_mlx5_device (pci_id)
if 'Interface' in self.m_devices[key]:
dev_id=self.m_devices[key]['Interface']
self.disable_flow_control_mlx5_device (dev_id)
self.set_max_mtu_mlx5_device(dev_id)
if only_check_all_mlx:
if Mellanox_cnt >0:
exit(1);
else:
exit(0);
for key in if_list:
if key not in self.m_devices:
err=" %s does not exist " %key;
raise DpdkSetup(err)
if 'Driver_str' in self.m_devices[key]:
if self.m_devices[key]['Driver_str'] not in (dpdk_nic_bind.dpdk_drivers+dpdk_nic_bind.dpdk_and_kernel) :
self.do_bind_one (key,(Mellanox_cnt>0))
pass;
else:
self.do_bind_one (key,(Mellanox_cnt>0))
pass;
if (Mellanox_cnt==0):
# We are not in Mellanox case, we can do this check only in case of Intel (another process is running)
if if_list and map_driver.args.parent and (dpdk_nic_bind.get_igb_uio_usage()):
pid = dpdk_nic_bind.get_pid_using_pci(if_list)
if pid:
cmdline = dpdk_nic_bind.read_pid_cmdline(pid)
print('Some or all of given interfaces are in use by following process:\npid: %s, cmd: %s' % (pid, cmdline))
if not dpdk_nic_bind.confirm('Ignore and proceed (y/N):'):
sys.exit(1)
else:
print('WARNING: Some other program is using DPDK driver.\nIf it is TRex and you did not configure it for dual run, current command will fail.')
