code: def eval(self, n, signed=False):
          
  
          if self.is_empty:
              # no value is available
              return [ ]
  
          if self._reversed:
              return self._reverse().eval(n, signed=signed)
  
          results = [ ]
  
          if self.stride == 0 and n > 0:
              results.append(self.lower_bound)
          else:
              if signed:
                  # View it as a signed integer
                  bounds = self._signed_bounds()
  
              else:
                  # View it as an unsigned integer
                  bounds = self._unsigned_bounds()
  
              for lb, ub in bounds:
                  while len(results) < n and lb <= ub:
                      results.append(lb)
                      lb += self.stride # It will not overflow
  
          return results
docs: Evaluate this StridedInterval to obtain a list of concrete integers.
  
          :param n: Upper bound for the number of concrete integers
          :param signed: Treat this StridedInterval as signed or unsigned
          :return: A list of at most `n` concrete integers