def encodedBitDescription(self, bitOffset, formatted=False):
    """
    Return a description of the given bit in the encoded output.
    This will include the field name and the offset within the field.

    :param bitOffset:      Offset of the bit to get the description of
    :param formatted:      If True, the bitOffset is w.r.t. formatted output,
                          which includes separators
    :return:             tuple(``fieldName``, ``offsetWithinField``)
    """

    # Find which field it's in
    (prevFieldName, prevFieldOffset) = (None, None)
    description = self.getDescription()
    for i in xrange(len(description)):
      (name, offset) = description[i]
      if formatted:
        offset = offset + i
        if bitOffset == offset-1:
          prevFieldName = "separator"
          prevFieldOffset = bitOffset
          break

      if bitOffset < offset:
        break
      (prevFieldName, prevFieldOffset) = (name, offset)

    # Return the field name and offset within the field
    # return (fieldName, bitOffset - fieldOffset)
    width = self.getDisplayWidth() if formatted else self.getWidth()

    if prevFieldOffset is None or bitOffset > self.getWidth():
      raise IndexError("Bit is outside of allowable range: [0 - %d]" % width)

    return (prevFieldName, bitOffset - prevFieldOffset)
def encodedBitDescription(self, bitOffset, formatted=False):
    """
    Return a description of the given bit in the encoded output.
    This will include the field name and the offset within the field.

    :param bitOffset:      Offset of the bit to get the description of
    :param formatted:      If True, the bitOffset is w.r.t. formatted output,
                          which includes separators
    :return:             tuple(``fieldName``, ``offsetWithinField``)
    """

    # Find which field it's in
    (prevFieldName, prevFieldOffset) = (None, None)
    description = self.getDescription()
    for i in xrange(len(description)):
      (name, offset) = description[i]
      if formatted:
        offset = offset + i
        if bitOffset == offset-1:
          prevFieldName = "separator"
          prevFieldOffset = bitOffset
          break

      if bitOffset < offset:
        break
      (prevFieldName, prevFieldOffset) = (name, offset)

    # Return the field name and offset within the field
    # return (fieldName, bitOffset - fieldOffset)
    width = self.getDisplayWidth() if formatted else self.getWidth()

    if prevFieldOffset is None or bitOffset > self.getWidth():
      raise IndexError("Bit is outside of allowable range: [0 - %d]" % width)

    return (prevFieldName, bitOffset - prevFieldOffset)
def encodedBitDescription ( self , bitOffset , formatted = False ) : # Find which field it's in ( prevFieldName , prevFieldOffset ) = ( None , None ) description = self . getDescription ( ) for i in xrange ( len ( description ) ) : ( name , offset ) = description [ i ] if formatted : offset = offset + i if bitOffset == offset - 1 : prevFieldName = "separator" prevFieldOffset = bitOffset break if bitOffset < offset : break ( prevFieldName , prevFieldOffset ) = ( name , offset ) # Return the field name and offset within the field # return (fieldName, bitOffset - fieldOffset) width = self . getDisplayWidth ( ) if formatted else self . getWidth ( ) if prevFieldOffset is None or bitOffset > self . getWidth ( ) : raise IndexError ( "Bit is outside of allowable range: [0 - %d]" % width ) return ( prevFieldName , bitOffset - prevFieldOffset )
Return a description of the given bit in the encoded output.
    This will include the field name and the offset within the field.

    :param bitOffset:      Offset of the bit to get the description of
    :param formatted:      If True, the bitOffset is w.r.t. formatted output,
                          which includes separators
    :return:             tuple(``fieldName``, ``offsetWithinField``)
Return a description of the given bit in the encoded output . This will include the field name and the offset within the field .