Instead of threading a counter ( or an accumulator as for
tail-recursive functions ) you can monitor the behaviour of the mutual
recusive function call using an external stack and wrap the
contributing functions using a decorator s.t. pushing and popping to
and from the stack are pre- and
Ben Finney wrote:
robert [EMAIL PROTECTED] writes:
Carl Banks wrote:
2. Consider whether you're unwittingly trying to cover up a bug.
ISTM no matter how problematic the input is, you should at least
be able to make progress on it. Are you getting this error
because, say, you're not
On 2006-12-01, robert [EMAIL PROTECTED] wrote:
Ben Finney wrote:
robert [EMAIL PROTECTED] writes:
Carl Banks wrote:
2. Consider whether you're unwittingly trying to cover up a bug.
ISTM no matter how problematic the input is, you should at least
be able to make progress on it. Are you
robert wrote:
Ben Finney wrote:
robert [EMAIL PROTECTED] writes:
Carl Banks wrote:
2. Consider whether you're unwittingly trying to cover up a bug.
ISTM no matter how problematic the input is, you should at least
be able to make progress on it. Are you getting this error
because,
Neil Cerutti wrote:
On 2006-12-01, robert [EMAIL PROTECTED] wrote:
Ben Finney wrote:
robert [EMAIL PROTECTED] writes:
Carl Banks wrote:
2. Consider whether you're unwittingly trying to cover up a bug.
ISTM no matter how problematic the input is, you should at least
be able to make progress
robert wrote:
My code does recursion loops through a couple of functions. Due to
problematic I/O input this leads sometimes to endless recursions and after
expensive I/O to the Python recursion exception.
What would be a good method to detect recursion loops and stop it by
user-Exception
robert wrote:
My code does recursion loops through a couple of functions. Due to
problematic I/O input this leads sometimes to endless recursions and after
expensive I/O to the Python recursion exception.
What would be a good method to detect recursion loops and stop it by
user-Exception
robert wrote:
My code does recursion loops through a couple of functions. Due to
problematic I/O input this leads sometimes to endless recursions and after
expensive I/O to the Python recursion exception.
What would be a good method to detect recursion loops and stop it by
user-Exception
Hi!
I hope you are not trying to find infinite loops and I simply
misunderstood your question. Because if you are, then forget it (Turing
anyone?)... Infinite loops are impossible to find (minus some few, very
specific situations).
Cf. http://en.wikipedia.org/wiki/Halting_problem
Cheers,
Hugo
Rob Wolfe wrote:
robert wrote:
My code does recursion loops through a couple of functions. Due to
problematic I/O input this leads sometimes to endless recursions and after
expensive I/O to the Python recursion exception.
What would be a good method to detect recursion loops and stop it by
Carl Banks wrote:
robert wrote:
My code does recursion loops through a couple of functions. Due to
problematic I/O input this leads sometimes to endless recursions and after
expensive I/O to the Python recursion exception.
What would be a good method to detect recursion loops and stop it by
robert wrote:
the bug comes in from the I/O input.
Have you considered checking your input for valid values?
Cheers,
John
--
http://mail.python.org/mailman/listinfo/python-list
robert [EMAIL PROTECTED] writes:
Carl Banks wrote:
2. Consider whether you're unwittingly trying to cover up a bug.
ISTM no matter how problematic the input is, you should at least
be able to make progress on it. Are you getting this error
because, say, you're not incrementing a counter
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