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  1. operator.py +21 -1
operator.py CHANGED
@@ -155,6 +155,9 @@ class SingleStreamOperator(MultiStreamOperator):
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  A single-stream operator is a type of `MultiStreamOperator` that operates on individual `Stream` objects within a `MultiStream`. It iterates through each `Stream` in the `MultiStream` and applies the `process` method. The `process` method should be implemented by subclasses to define the specific operations to be performed on each `Stream`.
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  """
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  def _process_multi_stream(self, multi_stream: MultiStream) -> MultiStream:
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  result = {}
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  for stream_name, stream in multi_stream.items():
@@ -167,8 +170,25 @@ class SingleStreamOperator(MultiStreamOperator):
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  def _process_single_stream(self, stream: Stream, stream_name: str = None) -> Stream:
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  return Stream(self._process_stream, gen_kwargs={"stream": stream, "stream_name": stream_name})
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  def _process_stream(self, stream: Stream, stream_name: str = None) -> Generator:
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- yield from self.process(stream, stream_name)
 
 
 
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  @abstractmethod
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  def process(self, stream: Stream, stream_name: str = None) -> Generator:
 
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  A single-stream operator is a type of `MultiStreamOperator` that operates on individual `Stream` objects within a `MultiStream`. It iterates through each `Stream` in the `MultiStream` and applies the `process` method. The `process` method should be implemented by subclasses to define the specific operations to be performed on each `Stream`.
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  """
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+ apply_to_streams: List[str] = NonPositionalField(default=None) # None apply to all streams
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+ dont_apply_to_streams: List[str] = NonPositionalField(default_factory=list)
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+
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  def _process_multi_stream(self, multi_stream: MultiStream) -> MultiStream:
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  result = {}
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  for stream_name, stream in multi_stream.items():
 
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  def _process_single_stream(self, stream: Stream, stream_name: str = None) -> Stream:
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  return Stream(self._process_stream, gen_kwargs={"stream": stream, "stream_name": stream_name})
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+ def is_should_be_processed(self, stream_name):
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+ if (
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+ self.apply_to_streams is not None
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+ and stream_name in self.apply_to_streams
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+ and stream_name in self.dont_apply_to_streams
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+ ):
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+ raise ValueError(
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+ f"Stream '{stream_name}' can be in either apply_to_streams or dont_apply_to_streams not both."
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+ )
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+
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+ return (
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+ self.apply_to_streams is None or stream_name in self.apply_to_streams
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+ ) and stream_name not in self.dont_apply_to_streams
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+
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  def _process_stream(self, stream: Stream, stream_name: str = None) -> Generator:
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+ if self.is_should_be_processed(stream_name):
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+ yield from self.process(stream, stream_name)
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+ else:
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+ yield from stream
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  @abstractmethod
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  def process(self, stream: Stream, stream_name: str = None) -> Generator: