(f, g, p)
return ring.from_dense(densequo), ring.from_dense(denserem)
r"""
    Compute `\frac f g` modulo `p` for two univariate polynomials over
    `\mathbb Z_p`.
r"""
    Compute `\frac f g` modulo `p` for two univariate polynomials over
    `\mathbb Z_p`.
r Compute \ frac f g modulo p for two univariate polynomials over \ mathbb Z_p .
def _gf_div(f, g, p):
    r"""
    Compute `\frac f g` modulo `p` for two univariate polynomials over
    `\mathbb Z_p`.
    """
    ring = f.ring
    densequo, denserem = gf_div(f.to_dense(), g.to_dense(), p, ring.domain)
    return ring.from_dense(densequo), ring.from_dense(denserem)
def _gf_div ( f , g , p ) : ring = f . ring densequo , denserem = gf_div ( f . to_dense ( ) , g . to_dense ( ) , p , ring . domain ) return ring . from_dense ( densequo ) , ring . from_dense ( denserem )