4.4.7. Intel e1000 NIC#

4.4.7.1. System#

class simbricks.components.e1000.system.e1000.IntelE1000NIC(s: System)#

add_if(interface: EthInterface | PCIeDeviceInterface) → None#

add_ipv4(ip: str) → None#

channels() → list[Channel]#

connect_eth_peer_if(peer_i: EthInterface) → EthChannel#

classmethod fromJSON(system: System, json_obj: dict) → Self#

id() → int#

interfaces() → list[Interface]#

async prepare(inst: inst_base.Instantiation) → None#

toJSON() → dict#

class simbricks.components.e1000.system.e1000.E1000LinuxHost(sys)#

add_app(a: BaseLinuxApplication) → None#

add_config_file(config_file: ConfigFile)#

add_disk(disk: DiskImage) → None#

add_if(interface: Interface) → None#

channels() → list[Channel]#

cleanup_cmds(inst: instantiation.Instantiation) → list[str]#: Commands to run to cleanup node.

config_files(inst: instantiation.Instantiation) → list[disk_images.ConfigFile]#: Additional files to put inside the node, which are mounted under /tmp/guest/.

config_str(inst: instantiation.Instantiation) → str#

connect_pcie_dev(dev: PCIeSimpleDevice) → PCIeChannel#

classmethod fromJSON(system: System, json_obj: dict) → Self#

id() → int#

input_artifact_files() → list[str]#: Paths of the local files needed, relative to where the script defining them runs.

interfaces() → list[Interface]#

async prepare(inst: instantiation.Instantiation) → None#

prepare_post_cp(inst) → list[str]#: Commands to run to prepare node after checkpoint restore.

prepare_pre_cp(inst: instantiation.Instantiation) → list[str]#: Commands to run to prepare node before checkpointing.

run_cmds(inst: instantiation.Instantiation) → list[str]#: Commands to run on node.

toJSON() → dict#

4.4.7.2. Simulation (Behavioral Model)#

class simbricks.components.e1000.simulation.behavioral.e1000.E1000NIC(simulation: Simulation)#

toJSON() → dict#

classmethod fromJSON(simulation: Simulation, json_obj: dict) → Self#

add(nic: IntelE1000NIC)#

run_cmd(inst: Instantiation) → str#: Command to execute this simulator.

checkpoint_commands() → list[str]#

cleanup_commands() → list[str]#

components() → set[Component]#

property extra_args: str#

static filter_channels_by_sys_type(channels: list[Channel], ty: type) → list[Channel]#

filter_components_by_pred(pred: ~typing.Callable[[~simbricks.orchestration.system.base.Component], bool], ty: type[~simbricks.orchestration.simulation.base.T] = <class 'simbricks.orchestration.system.base.Component'>) → list[T]#

filter_components_by_type(ty: type[T]) → list[T]#

static filter_sockets(sockets: list[Socket], filter_type: SockType = SockType.LISTEN) → list[Socket]#

full_name() → str#: Full name of the simulator.

get_channels() → list[Channel]#

get_interface_url(inst: Instantiation, intf: Interface) → str#

get_parameters_url(inst: Instantiation, socket: Socket, channel: Channel | None = None, sync: bool | None = None, latency: TimeInterval | None = None, sync_period: TimeInterval | None = None) → str#

Build the parameters url handed to a simulator’s SimBricks adapter.

By convention the time intervals in these urls are always given as plain picosecond values without a unit suffix.

static get_unique_latency_period_sync(channels: list[Channel]) → tuple[TimeInterval, TimeInterval, bool]#

id() → int#

async prepare(inst: Instantiation) → None#

resreq_cores() → int#

Number of cores this simulator requires during execution.

This is used for scheduling multiple runs and experiments.

resreq_mem() → int#

Number of memory in MB this simulator requires during execution.

This is used for scheduling multiple runs and experiments.

sockets_cleanup(inst: Instantiation) → list[Socket]#

sockets_wait(inst: Instantiation) → list[Socket]#

static split_sockets_by_type(sockets: list[Socket]) → tuple[list[Socket], list[Socket]]#

start_delay() → int#

supported_socket_types(interface: Interface) → set[SockType]#

supports_checkpointing() → bool#

property wait_terminate: bool#