third_party/tensorflow-text/src/tensorflow_text/python/ops/splitter.py
def split_with_offsets(self, input):  # pylint: disable=redefined-builtin
    """Splits the input tensor, returns the resulting pieces with offsets.

    Args:
      input: An N-dimensional UTF-8 string (or optionally integer) `Tensor` or
        `RaggedTensor`.

    Returns:
      A tuple `(pieces, start_offsets, end_offsets)` where:

        * `pieces` is an N+1-dimensional UTF-8 string or integer `Tensor` or
            `RaggedTensor`.
        * `start_offsets` is an N+1-dimensional integer `Tensor` or
            `RaggedTensor` containing the starting indices of each piece (byte
            indices for input strings).
        * `end_offsets` is an N+1-dimensional integer `Tensor` or
            `RaggedTensor` containing the exclusive ending indices of each piece
            (byte indices for input strings).
    """
    raise NotImplementedError("Abstract method")
Splits the input tensor, returns the resulting pieces with offsets.

    Args:
      input: An N-dimensional UTF-8 string (or optionally integer) `Tensor` or
        `RaggedTensor`.

    Returns:
      A tuple `(pieces, start_offsets, end_offsets)` where:

        * `pieces` is an N+1-dimensional UTF-8 string or integer `Tensor` or
            `RaggedTensor`.
        * `start_offsets` is an N+1-dimensional integer `Tensor` or
            `RaggedTensor` containing the starting indices of each piece (byte
            indices for input strings).
        * `end_offsets` is an N+1-dimensional integer `Tensor` or
            `RaggedTensor` containing the exclusive ending indices of each piece
            (byte indices for input strings).
    
Splits the input tensor, returns the resulting pieces with offsets.
Splits the input tensor returns the resulting pieces with offsets .
def split_with_offsets(self, input):  
    raise NotImplementedError("Abstract method")
def split_with_offsets ( self , input ) : raise NotImplementedError ( "Abstract method" )
Splits the input tensor, returns the resulting pieces with offsets.
Splits the input tensor returns the resulting pieces with offsets .
# pylint: disable=redefined-builtin """Splits the input tensor, returns the resulting pieces with offsets.

    Args:
      input: An N-dimensional UTF-8 string (or optionally integer) `Tensor` or
        `RaggedTensor`.

    Returns:
      A tuple `(pieces, start_offsets, end_offsets)` where:

        * `pieces` is an N+1-dimensional UTF-8 string or integer `Tensor` or
            `RaggedTensor`.
        * `start_offsets` is an N+1-dimensional integer `Tensor` or
            `RaggedTensor` containing the starting indices of each piece (byte
            indices for input strings).
        * `end_offsets` is an N+1-dimensional integer `Tensor` or
            `RaggedTensor` containing the exclusive ending indices of each piece
            (byte indices for input strings).
    """
A tuple `(pieces, start_offsets, end_offsets)` where.

`pieces` is an N+1-dimensional UTF-8 string or integer `Tensor` or
`RaggedTensor`.
`start_offsets` is an N+1-dimensional integer `Tensor` or
`RaggedTensor` containing the starting indices of each piece (byte
indices for input strings).
`end_offsets` is an N+1-dimensional integer `Tensor` or
`RaggedTensor` containing the exclusive ending indices of each piece
(byte indices for input strings).
A tuple ` ( pieces start_offsets end_offsets ) ` where . ` pieces ` is an N + 1 - dimensional UTF - 8 string or integer ` Tensor ` or ` RaggedTensor ` . ` start_offsets ` is an N + 1 - dimensional integer ` Tensor ` or ` RaggedTensor ` containing the starting indices of each piece ( byte indices for input strings ) . ` end_offsets ` is an N + 1 - dimensional integer ` Tensor ` or ` RaggedTensor ` containing the exclusive ending indices of each piece ( byte indices for input strings ) .
self
input
An N-dimensional UTF-8 string (or optionally integer) `Tensor` or
`RaggedTensor`.
An N - dimensional UTF - 8 string ( or optionally integer ) ` Tensor ` or ` RaggedTensor ` .