Section EXPR.
Variable e: Clight.env.
Variable le: temp_env.
Variable m: mem.
Variable tm: mem. (*Lenb: NEW*)
Variable te: Csharpminor.env.
Variable tle: Csharpminor.temp_env. (*Lenb: NEW*)
Variable j: meminj. (*Lenb: NEW*)
Hypothesis MENV: match_env j e te.
Hypothesis LENV: match_tempenv j le tle. (*Lenb: NEW*)
Hypothesis MINJ: Mem.inject j m tm. (*Lenb: NEW*)
Hypothesis PG: meminj_preserves_globals ge j. (*Lenb: NEW*)
(* Lemma transl_expr_lvalue_correct: (forall a v, Clight.eval_expr ge e le m a v -> forall ta (TR: transl_expr a = OK ta) tv (TV: val_inject j v tv), Csharpminor.eval_expr tge te tle tm ta tv) /\(forall a b ofs, Clight.eval_lvalue ge e le m a b ofs -> forall ta (TR: transl_lvalue a = OK ta) tv (TV: val_inject j (Vptr b ofs) tv), Csharpminor.eval_expr tge te le m ta tv). *)
Proof (proj1 transl_expr_lvalue_correct).
(* Lemma transl_expr_correct: forall a v, Clight.eval_expr ge e le m a v -> forall ta, transl_expr a = OK ta -> Csharpminor.eval_expr tge te le m ta v. Proof (proj1 transl_expr_lvalue_correct). *)
Proof (proj2 transl_expr_lvalue_correct).
(* Lemma transl_arglist_correct: forall al tyl vl, Clight.eval_exprlist ge e le m al tyl vl -> forall tal, transl_arglist al tyl = OK tal -> Csharpminor.eval_exprlist tge te le m tal vl. *)

Lemma make_boolean_inject:
forall a v ty b,
Clight.eval_expr ge e le m a v ->
bool_val v ty = Some b ->
forall ta, transl_expr a = OK ta ->
exists tv,
Csharpminor.eval_expr tge te tle tm (make_boolean ta ty) tv
/\ Val.bool_of_val tv b.