package fstar

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package fstar

fstar.lib

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type 'n nat_at_most = Prims.nat

type ('a, 's) index_fun = Prims.unit nat_at_most -> Prims.unit nat_at_most

type ('a, 's0, 's1, 'f) is_permutation = Prims.unit

type ('a, 's0, 's1) seqperm = ('a, Prims.unit) index_fun

val find : 
  'a ->
  'a FStar_Sequence_Base.seq ->
  'a FStar_Sequence_Base.seq * 'a FStar_Sequence_Base.seq

val permutation_from_equal_counts : 
  'a FStar_Sequence_Base.seq ->
  'a FStar_Sequence_Base.seq ->
  Prims.nat ->
  Prims.nat

val foldm_back : 
  'a FStar_Algebra_CommMonoid.cm ->
  'a FStar_Sequence_Base.seq ->
  'a

val remove_i : 
  'a FStar_Sequence_Base.seq ->
  Prims.nat ->
  'a * 'a FStar_Sequence_Base.seq

val shift_perm' : 
  'a FStar_Sequence_Base.seq ->
  'a FStar_Sequence_Base.seq ->
  Prims.unit ->
  (Prims.nat -> Prims.nat) ->
  Prims.nat ->
  Prims.nat

val shift_perm : 
  'a FStar_Sequence_Base.seq ->
  'a FStar_Sequence_Base.seq ->
  Prims.unit ->
  (Prims.nat -> Prims.nat) ->
  Prims.nat ->
  Prims.nat