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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def solve_filter(self, value, filter_):
 """Solve the given filter for the given value. The solving is done by the first filter solver class that returns ``True`` when calling its ``can_solve`` method for the given filter, and that doesn't raise a ``CannotSolve`` exception. Arguments --------- value : ? A value to be solved with the given filter. filter_ : dataql.resources.BaseFilter An instance of a subclass of ``dataql.resources.BaseFilter`` to be solved with the given value. Returns ------- The solved result. Raises ------ dataql.solvers.exceptions.SolveFailure If no solvers were able to solve the filter. This happen if a solver says that it can solve a filter (by returning ``True`` when calling its ``can_solve`` method, but raises a ``CannotSolve`` exception during solving). Example ------- 1 '2015-06-01' # Example of ``SolveFailure`` exception. Traceback (most recent call last):
 dataql.solvers.exceptions.SolveFailure: Unable to solve `<Filter[fromtimestamp]>`. """


        for solver in self.get_filter_solvers(filter_):
            try:
                return solver.solve(value, filter_)
            except CannotSolve:
                continue

        raise SolveFailure(self, filter_, value)