proper support for "isabelle update -D DIR": avoid accidental exclusion of select_dirs (amending e5dafe9e120f);
signature EXPANSION_INTERFACE =
sig
type T
val expand_term :
Lazy_Eval.eval_ctxt -> term -> Asymptotic_Basis.basis -> T * Asymptotic_Basis.basis
val expand_terms :
Lazy_Eval.eval_ctxt -> term list -> Asymptotic_Basis.basis -> T list * Asymptotic_Basis.basis
val prove_nhds : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_at_infinity : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_at_top : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_at_bot : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_at_0 : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_at_right_0 : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_at_left_0 : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_eventually_nonzero : Lazy_Eval.eval_ctxt -> T * Asymptotic_Basis.basis -> thm
val prove_eventually_less : Lazy_Eval.eval_ctxt -> T * T * Asymptotic_Basis.basis -> thm
val prove_eventually_greater : Lazy_Eval.eval_ctxt -> T * T * Asymptotic_Basis.basis -> thm
val prove_smallo : Lazy_Eval.eval_ctxt -> T * T * Asymptotic_Basis.basis -> thm
val prove_bigo : Lazy_Eval.eval_ctxt -> T * T * Asymptotic_Basis.basis -> thm
val prove_bigtheta : Lazy_Eval.eval_ctxt -> T * T * Asymptotic_Basis.basis -> thm
val prove_asymp_equiv : Lazy_Eval.eval_ctxt -> T * T * Asymptotic_Basis.basis -> thm
end