(** Next-block properties *)
Remark store_zeros_nextblock:
forall m b p n m', store_zeros m b p n = Some m' -> Mem.nextblock m' = Mem.nextblock m.
Remark store_init_data_list_nextblock:
forall idl b m p m',
store_init_data_list m b p idl = Some m' ->
Mem.nextblock m' = Mem.nextblock m.
Remark alloc_global_nextblock:
forall g m m',
alloc_global m g = Some m' ->
Mem.nextblock m' = Pos.succ(Mem.nextblock m).
Remark alloc_globals_nextblock:
forall gl m m',
alloc_globals m gl = Some m' ->
Mem.nextblock m' = advance_next gl (Mem.nextblock m).
(** Permissions *)
Remark store_zeros_perm:
forall k prm b' q m b p n m',
store_zeros m b p n = Some m' ->
(Mem.perm m b' q k prm <-> Mem.perm m' b' q k prm).
Remark store_init_data_perm:
forall k prm b' q i b m p m',
store_init_data m b p i = Some m' ->
(Mem.perm m b' q k prm <-> Mem.perm m' b' q k prm).
Remark store_init_data_list_perm:
forall k prm b' q idl b m p m',
store_init_data_list m b p idl = Some m' ->
(Mem.perm m b' q k prm <-> Mem.perm m' b' q k prm).
Remark alloc_global_perm:
forall k prm b' q idg m m',
alloc_global m idg = Some m' ->
Mem.valid_block m b' ->
(Mem.perm m b' q k prm <-> Mem.perm m' b' q k prm).
Remark alloc_globals_perm:
forall k prm b' q gl m m',
alloc_globals m gl = Some m' ->
Mem.valid_block m b' ->
(Mem.perm m b' q k prm <-> Mem.perm m' b' q k prm).
(** Data preservation properties *)
Remark store_zeros_unchanged:
forall (P: block -> Z -> Prop) m b p n m',
store_zeros m b p n = Some m' ->
(forall i, p <= i < p + n -> ~ P b i) ->
Mem.unchanged_on P m m'.
Remark store_init_data_unchanged:
forall (P: block -> Z -> Prop) b i m p m',
store_init_data m b p i = Some m' ->
(forall ofs, p <= ofs < p + init_data_size i -> ~ P b ofs) ->
Mem.unchanged_on P m m'.
Remark store_init_data_list_unchanged:
forall (P: block -> Z -> Prop) b il m p m',
store_init_data_list m b p il = Some m' ->
(forall ofs, p <= ofs -> ~ P b ofs) ->
Mem.unchanged_on P m m'.
(** Properties related to [loadbytes] *)
Definition readbytes_as_zero (m: mem) (b: block) (ofs len: Z) : Prop :=
forall p n,
ofs <= p -> p + Z.of_nat n <= ofs + len ->
Mem.loadbytes m b p (Z.of_nat n) = Some (list_repeat n (Byte Byte.zero)).

Lemma store_zeros_loadbytes:
forall m b p n m',
store_zeros m b p n = Some m' ->
readbytes_as_zero m' b p n.