altos/lisp: Overflow int computations to float

[fw/altos] / src / lisp / ao_lisp_lambda.c

diff --git a/src/lisp/ao_lisp_lambda.c b/src/lisp/ao_lisp_lambda.c
index 67ad24ee69296942dc0e8a240eee8c9d0e84ef66..71aebed0d7b55b36435e7d0bb0b967075cae9021 100644 (file)
--- a/src/lisp/ao_lisp_lambda.c
+++ b/src/lisp/ao_lisp_lambda.c
@@ -50,7 +50,7 @@ const struct ao_lisp_type ao_lisp_lambda_type = {
 };
 
 void
-ao_lisp_lambda_print(ao_poly poly)
+ao_lisp_lambda_write(ao_poly poly)
 {
        struct ao_lisp_lambda   *lambda = ao_lisp_poly_lambda(poly);
        struct ao_lisp_cons     *cons = ao_lisp_poly_cons(lambda->code);
@@ -59,7 +59,7 @@ ao_lisp_lambda_print(ao_poly poly)
        printf("%s", ao_lisp_args_name(lambda->args));
        while (cons) {
                printf(" ");
-               ao_lisp_poly_print(cons->car);
+               ao_lisp_poly_write(cons->car);
                cons = ao_lisp_poly_cons(cons->cdr);
        }
        printf(")");
@@ -77,9 +77,6 @@ ao_lisp_lambda_alloc(struct ao_lisp_cons *code, int args)
        if (!lambda)
                return AO_LISP_NIL;
 
-       if (!code->cdr)
-               return ao_lisp_error(AO_LISP_INVALID, "missing parameters to lambda");
-
        if (!ao_lisp_check_argt(_ao_lisp_atom_lambda, code, 0, AO_LISP_CONS, 1))
                return AO_LISP_NIL;
        f = 0;
@@ -101,25 +98,25 @@ ao_lisp_lambda_alloc(struct ao_lisp_cons *code, int args)
 }
 
 ao_poly
-ao_lisp_lambda(struct ao_lisp_cons *cons)
+ao_lisp_do_lambda(struct ao_lisp_cons *cons)
 {
        return ao_lisp_lambda_alloc(cons, AO_LISP_FUNC_LAMBDA);
 }
 
 ao_poly
-ao_lisp_lexpr(struct ao_lisp_cons *cons)
+ao_lisp_do_lexpr(struct ao_lisp_cons *cons)
 {
        return ao_lisp_lambda_alloc(cons, AO_LISP_FUNC_LEXPR);
 }
 
 ao_poly
-ao_lisp_nlambda(struct ao_lisp_cons *cons)
+ao_lisp_do_nlambda(struct ao_lisp_cons *cons)
 {
        return ao_lisp_lambda_alloc(cons, AO_LISP_FUNC_NLAMBDA);
 }
 
 ao_poly
-ao_lisp_macro(struct ao_lisp_cons *cons)
+ao_lisp_do_macro(struct ao_lisp_cons *cons)
 {
        return ao_lisp_lambda_alloc(cons, AO_LISP_FUNC_MACRO);
 }
@@ -169,8 +166,7 @@ ao_lisp_lambda_eval(void)
        case AO_LISP_FUNC_LAMBDA:
                for (f = 0; f < args_wanted; f++) {
                        DBGI("bind "); DBG_POLY(args->car); DBG(" = "); DBG_POLY(vals->car); DBG("\n");
-                       next_frame->vals[f].atom = args->car;
-                       next_frame->vals[f].val = vals->car;
+                       ao_lisp_frame_bind(next_frame, f, args->car, vals->car);
                        args = ao_lisp_poly_cons(args->cdr);
                        vals = ao_lisp_poly_cons(vals->cdr);
                }
@@ -183,14 +179,12 @@ ao_lisp_lambda_eval(void)
        case AO_LISP_FUNC_MACRO:
                for (f = 0; f < args_wanted - 1; f++) {
                        DBGI("bind "); DBG_POLY(args->car); DBG(" = "); DBG_POLY(vals->car); DBG("\n");
-                       next_frame->vals[f].atom = args->car;
-                       next_frame->vals[f].val = vals->car;
+                       ao_lisp_frame_bind(next_frame, f, args->car, vals->car);
                        args = ao_lisp_poly_cons(args->cdr);
                        vals = ao_lisp_poly_cons(vals->cdr);
                }
                DBGI("bind "); DBG_POLY(args->car); DBG(" = "); DBG_POLY(ao_lisp_cons_poly(vals)); DBG("\n");
-               next_frame->vals[f].atom = args->car;
-               next_frame->vals[f].val = ao_lisp_cons_poly(vals);
+               ao_lisp_frame_bind(next_frame, f, args->car, ao_lisp_cons_poly(vals));
                break;
        default:
                break;