pylabrobot.thermo_fisher.btx.gemini.X2.gemini_x2.BTXGeminiX2#

class pylabrobot.thermo_fisher.btx.gemini.X2.gemini_x2.BTXGeminiX2(port: str | None = None, *, plate_handler: BTXHT200 | None = None, temporary_protocol_prefix: str = '!PLR')#

Bases: object

BTX Gemini X2 driver.

The driver owns both mutually exclusive serial modes used by the device: Protocol Manager file transfer and the RSI touchscreen workflow. All device operations are serialized so the two modes cannot be used concurrently.

Attributes

`DEFAULT_TEMPORARY_PROTOCOL_PREFIX`
`LOG_POLL_INTERVAL_SECONDS`
`LOG_POLL_TIMEOUT_SECONDS`
`PLATE_HANDLER_RESET_STATES`
`PLATE_HANDLER_RESET_STATE_CONTINUE_CURRENT_POSITION`
`PLATE_HANDLER_RESET_STATE_RESET_CONFIRMED`
`PLATE_HANDLER_RESET_STATE_UNKNOWN`
`UI_PROTOCOL_NAME_BYTES`
`port`	The resolved serial port, if setup has discovered one.

Methods

`__init__`([port, plate_handler, ...])
`add_protocol`(protocol_name, protocol[, ...])
`cancel_prepared_run`(prepared_run)	Return the Gemini home and delete the prepared temporary protocol.
`delete_protocol`(protocol_name[, missing_ok])
`fetch_sd_file`(sd_path)
`list_log_files`([root])
`list_protocols`()
`parse_run_log`(text)
`prepare_temporary_protocol`(protocol[, ...])	Create a temporary protocol and leave the Gemini armed on `Run Protocol`.
`request_device_info`()	Return Gemini identity plus the supported electroporation workflow surface.
`request_device_time`()
`request_protocol`(protocol_name)
`request_serial_number`()
`request_version`()
`setup`()
`start_prepared_run`(prepared_run[, ...])	Verify, start, and collect the result for a previously prepared temporary run.
`stop`()

Parameters:

port (Optional[str])
plate_handler (Optional[BTXHT200])
temporary_protocol_prefix (str)