id,summary,reporter,owner,description,type,status,priority,milestone,component,resolution,keywords,cc,merged,author,reviewer,upstream,work_issues,branch,commit,dependencies,stopgaps
27318,Factoring univariate polynomials over function fields,swewers,,"The following gives a NotImplementedError:
{{{
#!python
sage: F0. = FunctionField(GF(3))
sage: R. = F0[]
sage: F. = F0.extension(y^2 - x)
sage: S. = F[]
sage: f = t^2 - x
sage: f.factor()
}}}
I have some very simple code that I could add which solves this temporarily. It uses prime factorization in multivariate polynomial rings, and so implicitly uses Groebner bases. While there are certainly much better approaches, say, for function fields over finite fields, this code would already be very helpful.
",enhancement,closed,minor,sage-duplicate/invalid/wontfix,algebra,duplicate,"function fields, polynomials, factorization",saraedum,,,,N/A,,,,,