chargelink capture

Start generic captures and run MCS bench capture automation.

Reference syntax

usage: chargelink capture [-h] {start,stop,mcs-list,mcs} ...

positional arguments:
  {start,stop,mcs-list,mcs}

options:
  -h, --help            show this help message and exit

Subcommands

Subcommand	Purpose
`start`	Start a named capture session.
`stop`	Stop a named capture session.
`mcs-list`	List predefined MCS bench capture profiles.
`mcs`	Run an MCS bench capture in dry-run or real mode.

start

Start a named capture session.

CLI help

usage: chargelink capture start [-h] [--runtime-root RUNTIME_ROOT] name

positional arguments:
  name

options:
  -h, --help            show this help message and exit
  --runtime-root RUNTIME_ROOT

Production examples

Start a generic capture.

chargelink capture start 'cap1' --runtime-root '.tmp/runtime'

Start a second capture.

chargelink capture start 'cap2' --runtime-root '.tmp/runtime'

stop

Stop a named capture session.

CLI help

usage: chargelink capture stop [-h] [--runtime-root RUNTIME_ROOT] name

positional arguments:
  name

options:
  -h, --help            show this help message and exit
  --runtime-root RUNTIME_ROOT

Production examples

Stop a named run.

chargelink capture stop 'demo-run' --runtime-root '.tmp/runtime'

Stop a second named run.

chargelink capture stop 'release-smoke' --runtime-root '.tmp/runtime'

mcs-list

List predefined MCS bench capture profiles.

CLI help

usage: chargelink capture mcs-list [-h] [--output OUTPUT]

options:
  -h, --help       show this help message and exit
  --output OUTPUT

Production examples

List MCS capture profiles.

chargelink capture mcs-list

Write MCS capture profiles to JSON.

chargelink capture mcs-list --output 'artifacts/mcs_capture_profiles.json'

mcs

Run an MCS bench capture in dry-run or real mode.

CLI help

usage: chargelink capture mcs [-h]
                              [--scope {baseline,safety,fault_injection,all}]
                              [--driver {all,mock,ni_daqmx,veristand}]
                              [--mode {dry_run,real}]
                              [--output-root OUTPUT_ROOT] [--run-id RUN_ID]
                              [--hardware-profile-id HARDWARE_PROFILE_ID]
                              [--real-hardware] [--safe-stop-observed]
                              [--fault-code FAULT_CODE] [--reviewer REVIEWER]
                              [--output OUTPUT]

options:
  -h, --help            show this help message and exit
  --scope {baseline,safety,fault_injection,all}
  --driver {all,mock,ni_daqmx,veristand}
  --mode {dry_run,real}
  --output-root OUTPUT_ROOT
  --run-id RUN_ID
  --hardware-profile-id HARDWARE_PROFILE_ID
  --real-hardware
  --safe-stop-observed
  --fault-code FAULT_CODE
  --reviewer REVIEWER
  --output OUTPUT

Production examples

Run the baseline MCS dry-run capture through NI-DAQmx semantics.

chargelink capture mcs --scope 'baseline' --driver 'ni_daqmx' --mode 'dry_run' --output-root 'artifacts/mcs_capture' --run-id 'baseline' --output 'artifacts/mcs_capture/baseline_result.json'

Run the safety dry-run capture through VeriStand semantics.

chargelink capture mcs --scope 'safety' --driver 'veristand' --mode 'dry_run' --safe-stop-observed --fault-code 'hv_interlock_open' --fault-code 'over_current' --output-root 'artifacts/mcs_capture' --run-id 'safety' --output 'artifacts/mcs_capture/safety_result.json'