def __init__(self, rack_transfer_jobs, parent=None):
_SeriesTool.__init__(self, rack_transfer_jobs, parent=parent)
#: The stream for the TXT file.
self.__stream = None
#: Counts the number of Cybio steps.
self.__step_counter = None
#: The user used for the simulated executions.
self.user = get_user('it')
def __init__(self, rack_transfer_jobs, parent=None):
_SeriesTool.__init__(self, rack_transfer_jobs, parent=parent)
#: The stream for the TXT file.
self.__stream = None
#: Counts the number of Cybio steps.
self.__step_counter = None
#: The user used for the simulated executions.
self.user = get_user('it')
def __init__(self, transfer_jobs, parent=None):
_SeriesTool.__init__(self, transfer_jobs, user=None, parent=parent)
#: Stores the generated streams (mapped onto indices).
self._stream_map = None
#: The stream for the rack transfers (if there are any).
self._rack_transfer_stream = None
#: The index of the first rack transfer job (if any, there might be
#: several, however they all share one file).
self._rack_transfer_index = None
#: The number of rack transfer that have occurred so far.
self._rack_transfer_count = None
#: The user used for the simulated executions.
self.user = get_user('it')
def __init__(self, transfer_jobs, parent=None):
_SeriesTool.__init__(self, transfer_jobs, user=None, parent=parent)
#: Stores the generated streams (mapped onto indices).
self._stream_map = None
#: The stream for the rack transfers (if there are any).
self._rack_transfer_stream = None
#: The index of the first rack transfer job (if any, there might be
#: several, however they all share one file).
self._rack_transfer_index = None
#: The number of rack transfer that have occurred so far.
self._rack_transfer_count = None
#: The user used for the simulated executions.
self.user = get_user('it')
