Generate OCaml functions corresponding to M binary and unary operators

src/mlang/backend_compilers/bir_to_ocaml.ml

@@ -206,11 +206,92 @@ let generate_header (locals_size : int) (oc : Format.formatter)
     "@[<v 0>type m_value = {undefined : bool; value : float}@,\
      type m_array = m_value array@,\
      type m_context = m_value list@,\
-     let m_undef : m_value = {undefined = true ; value = 0.0}@,\
+     let m_undef : m_value = {undefined = true ; value = 0.0} (*Ajouter contrainte value doit être 0*) @,\
      let m_zero  : m_value = {undefined = false; value = 0.0}@,\
      let m_one   : m_value = {undefined = false; value = 1.0}@,\
      let tgv : m_array = Array.make %i m_undef@,\
      let local_variables : m_array = Array.make %i m_undef@,\
+     @,@,\
+     let m_add (x : m_value) (y : m_value) : m_value = \
+      if (x.undefined && y.undefined) \
+      then m_undef \
+      else {undefined = false; value = x.value +. y.value}\
+      @,\
+     let m_multiply (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else {undefined = false; value = x.value *. y.value}\
+     @,\
+     let m_subtract (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined && y.undefined) \
+     then m_undef \
+     else {undefined = false; value = x.value -. y.value}\
+     @,\
+     let m_divide (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else {undefined = false; value = if (y.value = 0.0) then 0.0 else x.value /. y.value}\
+     @,\
+     let m_and (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else if (x.value <> 0.0 && y.value <> 0.0) then m_one else m_zero\
+     @,\
+     let m_or (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined && y.undefined) \
+     then m_undef \
+    else if (x.value <> 0.0 || y.value <> 0.0) then m_one else m_zero\
+    @,\
+     let m_cond (condition : m_value) (true_value : m_value) (false_value : m_value) : m_value =\
+     match condition with \
+     | {undefined=true; value =_} -> m_undef \
+     | {undefined=false; value = 0.0} -> false_value \
+     | _ -> true_value\
+     @,(*ou de la forme m_value(true,_)-> ?*)@,\
+     let m_cond_2 (condition : m_value) (true_value : m_value) (false_value : m_value) : m_value =\
+     if condition.undefined then m_undef \
+     else if condition.value = 0.0 then false_value else true_value \
+     @,
+     let m_greater_than (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else if x.value > y.value then m_one else m_zero\
+     @,\
+     let m_greater_than_equal (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else if x.value >= y.value then m_one else m_zero\
+     @,\
+     let m_less_than (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else if x.value < y.value then m_one else m_zero\
+     @,\
+     let m_less_than_equal (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else if x.value <= y.value then m_one else m_zero\
+     @,\
+     let m_equal (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else if x.value = y.value then m_one else m_zero\
+     @,\
+     let m_not_equal (x : m_value) (y : m_value) : m_value = \
+     if (x.undefined || y.undefined) \
+     then m_undef \
+     else if x.value <> y.value then m_one else m_zero\
+     @,\
+     let m_not (x : m_value) : m_value = \
+     if x.undefined \
+     then m_undef \
+     else if x.value = 0.0 then m_one else m_zero\
+     @,\
+     let m_neg (x : m_value) : m_value = \
+     if x.undefined \
+     then m_undef \
+     else {undefined = true ; value = Float.neg x.value}\
+     @,\
      @]"
     var_table_size locals_size