SnmpKit.SnmpSim.MultiDeviceStartup (snmpkit v0.6.3)

Multi-Device Startup functionality for large-scale device population management.

Features:

  • Bulk device population startup
  • Progress monitoring and reporting
  • Parallel device creation for speed
  • Failure handling and recovery
  • Integration with LazyDevicePool and DeviceDistribution

Summary

Types

device_spec()
progress_callback()
startup_opts()
startup_status()

Functions

console_progress_callback()

Create a simple progress callback that logs to console.

get_startup_status()

Get startup progress and statistics.

pre_warm_devices(device_specs, opts \\ [])

Pre-warm a specified number of devices for immediate availability.

shutdown_device_population()

Gracefully shutdown all devices in the population.

start_device_mix(mix_type, opts \\ [])

Start devices using predefined device mix patterns.

start_device_population(device_specs, opts \\ [])

Start a large population of devices based on device specifications.

start_with_progress(device_specs, opts \\ [])

Start devices with console progress reporting.

Types

device_spec()

@type device_spec() :: {device_type :: atom(), count :: non_neg_integer()}

progress_callback()

@type progress_callback() :: (%{
                          completed: non_neg_integer(),
                          total: non_neg_integer(),
                          progress: float(),
                          elapsed_ms: non_neg_integer(),
                          eta_ms: nil | non_neg_integer()
                        } ->
                          :ok)

startup_opts()

@type startup_opts() :: [
  port_range: Range.t(),
  parallel_workers: pos_integer(),
  timeout_ms: pos_integer(),
  progress_callback: function() | nil
]

startup_status()

@type startup_status() :: %{
  active_devices: non_neg_integer(),
  peak_devices: non_neg_integer(),
  devices_created: non_neg_integer(),
  devices_cleaned_up: non_neg_integer(),
  total_ports_configured: non_neg_integer()
}

Functions

console_progress_callback()

@spec console_progress_callback() :: progress_callback()

Create a simple progress callback that logs to console.

get_startup_status()

@spec get_startup_status() :: startup_status()

Get startup progress and statistics.

pre_warm_devices(device_specs, opts \\ [])

@spec pre_warm_devices([device_spec()], startup_opts()) ::
  {:ok, map()} | {:error, term()}

Pre-warm a specified number of devices for immediate availability.

shutdown_device_population()

@spec shutdown_device_population() :: :ok

Gracefully shutdown all devices in the population.

start_device_mix(mix_type, opts \\ [])

@spec start_device_mix(atom(), startup_opts()) :: {:ok, map()} | {:error, term()}

Start devices using predefined device mix patterns.

Examples

{:ok, result} = SnmpKit.SnmpSim.MultiDeviceStartup.start_device_mix(
  :cable_network,
  port_range: 30_000..39_999
)

start_device_population(device_specs, opts \\ [])

@spec start_device_population([device_spec()], startup_opts()) ::
  {:ok, map()} | {:error, term()}

Start a large population of devices based on device specifications.

Examples

device_specs = [
  {:cable_modem, 1000},
  {:switch, 50},
  {:router, 10},
  {:cmts, 5}
]

{:ok, result} = SnmpKit.SnmpSim.MultiDeviceStartup.start_device_population(
  device_specs,
  port_range: 30_000..31_099,
  parallel_workers: 100
)

start_with_progress(device_specs, opts \\ [])

@spec start_with_progress([device_spec()], startup_opts()) ::
  {:ok, map()} | {:error, term()}

Start devices with console progress reporting.