1. acroname_auxiliary
Example can be found here Controlling an acroname USB hub.
1.1. Acroname Control Auxiliary
- module:
acroname_auxiliary
- synopsis:
Auxiliary used to control acroname usb hubs.
- class pykiso.lib.auxiliaries.acroname_auxiliary.AcronameAuxiliary(serial_number=None, **kwargs)[source]
Auxiliary used to control acroname usb hubs
Constructor
- Parameters:
serial_number (
str) – serial number to connect to as hex string. Example “0x66F4859B”
- static eval_result(result)[source]
Log error message if exist from acroname Result object. :type result:
Result:param result: result code to evaluate- Return type:
None
- get_port_current(port, unit='A')[source]
Get the current through the power line for selected usb port.
- Parameters:
port (
int) – the USB port numberunit (
str) – unit of the result in “uA”, “mA” or “A”. Default “A”
- Return type:
Optional[float]- Returns:
port current for given unit. None if unit is not supported.
- get_port_current_limit(port, unit='A')[source]
Get the current limit for the port.
- Parameters:
port (
int) – the USB port numberunit (
str) – unit of the result in “uA”, “mA” or “A”. Default “A”
- Return type:
Optional[float]- Returns:
port current limit for given unit. None if unit is not supported.
- get_port_voltage(port, unit='V')[source]
Get the voltage of the selected usb port.
- Parameters:
port (
int) – the USB port numberunit (
str) – unit of the result in “uV”, “mV” or “V”. Default “V”
- Return type:
Optional[float]- Returns:
port voltage for given unit. None if unit is not supported.
- set_port_current_limit(port, amps, unit='A')[source]
Set the current limit for the port. If the set limit is not achievable, devices will round down to the nearest available current limit setting.
- Parameters:
port (
int) – the USB port numberamps (
float) – value for port current to set in “uA”, “mA” or “A”. Default “A”unit (
str) – unit for the value to set. Default Ampere
- Return type:
int- Returns:
brainstem error code. 0 if no error.