* gh_test_repl.c (c_vector_test): same as gh_test_c.c

* gh_test_c.c (c_vector_test): some improvements on the vector
	routines test.

	* gh.h (gh_vector): this used to exist but do the wrong thing.
	Now it (almost) does the right thing, though it takes a list
	instead of the individual arguments.  I need to see how it could
	be done right.
	(gh_list_to_vector): added this function as a macro.  Corresponds
	to Scheme's (list->vector ...).
	(gh_vector_to_list): added this function as a macro.  Corresponds
	to Scheme's (vector->list ...).

	* gh_data.c (gh_vector_ref): renamed from gh_vref to
	gh_vector_ref, so that it resembles the Scheme routines more.
	(gh_vector_set): renamed from gh_vset to gh_vector_set, so that it
	resembles the Scheme routines more.
	(gh_make_vector): this used to be (stupidly) called gh_vector().
	This is the right name, since it does the same thing as the Scheme
	(make-vector ...) procedure.

libguile/ChangeLog

@@ -1,3 +1,27 @@
+1997-10-12  Mark Galassi  <rosalia@cygnus.com>
+
+	* gh_test_repl.c (c_vector_test): same as gh_test_c.c
+
+	* gh_test_c.c (c_vector_test): some improvements on the vector
+	routines test.
+
+	* gh.h (gh_vector): this used to exist but do the wrong thing.
+	Now it (almost) does the right thing, though it takes a list
+	instead of the individual arguments.  I need to see how it could
+	be done right.
+	(gh_list_to_vector): added this function as a macro.  Corresponds
+	to Scheme's (list->vector ...).
+	(gh_vector_to_list): added this function as a macro.  Corresponds
+	to Scheme's (vector->list ...).
+
+	* gh_data.c (gh_vector_ref): renamed from gh_vref to
+	gh_vector_ref, so that it resembles the Scheme routines more.
+	(gh_vector_set): renamed from gh_vset to gh_vector_set, so that it
+	resembles the Scheme routines more.
+	(gh_make_vector): this used to be (stupidly) called gh_vector().
+	This is the right name, since it does the same thing as the Scheme
+	(make-vector ...) procedure.
+
 Sun Oct 12 14:41:39 1997  Mikael Djurfeldt  <mdj@kenneth>
 
 	* ports.h: #include "libguile/print.h"

libguile/gh.h

@@ -76,6 +76,7 @@ SCM gh_eval_str_with_standard_handler(char *scheme_code);
 SCM gh_eval_str_with_stack_saving_handler(char *scheme_code);
 
 SCM gh_eval_file(char *fname);
+#define gh_load(fname) gh_eval_file(fname)
 SCM gh_eval_file_with_catch(char *scheme_code, scm_catch_handler_t handler);
 SCM gh_eval_file_with_standard_handler(char *scheme_code);
 
@@ -143,10 +144,20 @@ int gh_equal_p(SCM x, SCM y);
 
 SCM gh_define(char *name, SCM val);
 
-SCM gh_vector(SCM length, SCM val);
+/* vector manipulation routines */
+/* note that gh_vector() does not behave quite like the Scheme (vector
+   obj1 obj2 ...), because the interpreter engine does not pass the
+   data element by element, but rather as a list.  thus, gh_vector()
+   ends up being identical to gh_list_to_vector() */
+#define gh_vector(ls) scm_vector(ls)
+SCM gh_make_vector(SCM length, SCM val);
 SCM gh_vset(SCM vec, SCM pos, SCM val);
 SCM gh_vref(SCM vec, SCM pos);
+SCM gh_vector_set(SCM vec, SCM pos, SCM val);
+SCM gh_vector_ref(SCM vec, SCM pos);
 unsigned long gh_vector_length(SCM v);
+#define gh_list_to_vector(ls) scm_vector(ls)
+#define gh_vector_to_list(v) scm_vector_to_list(ls)
 
 SCM gh_lookup (char *sname);
 SCM gh_module_lookup (SCM vector, char *sname);

libguile/gh_data.c

@@ -265,22 +265,25 @@ gh_symbol2newstr (SCM sym, int *lenp)
 
 /* create a new vector of the given length, all initialized to the
    given value */
-SCM 
+SCM
-gh_vector (SCM length, SCM val)
+gh_make_vector (SCM len, SCM fill)
 {
-  return scm_make_vector (length, val, SCM_UNDEFINED);
+  /* scm_make_vector() takes a third boolean argument which should be
+     set to SCM_BOOL_T when you are dealing with multi-dimensional
+     arrays; gh_make_vector() does not do multi-dimensional arrays */
+  return scm_make_vector(len, fill, SCM_BOOL_F);
 }
 
 /* set the given element of the given vector to the given value */
 SCM 
-gh_vset (SCM vec, SCM pos, SCM val)
+gh_vector_set (SCM vec, SCM pos, SCM val)
 {
   return scm_vector_set_x (vec, pos, val);
 }
 
 /* retrieve the given element of the given vector */
 SCM 
-gh_vref (SCM vec, SCM pos)
+gh_vector_ref (SCM vec, SCM pos)
 {
   return scm_vector_ref (vec, pos);
 }

libguile/gh_test_c.c

@@ -102,9 +102,9 @@ main_prog (int argc, char *argv[])
   gh_eval_str_with_standard_handler ("(dosplay \"dude!\n\")");
 
   /* now define some new primitives in C */
-  cf = gh_new_procedure1_0 ("c_factorial", c_factorial);
+  cf = gh_new_procedure1_0 ("c-factorial", c_factorial);
-  gh_new_procedure1_0 ("c_sin", c_sin);
+  gh_new_procedure1_0 ("c-sin", c_sin);
-  gh_new_procedure1_0 ("c_vector_test", c_vector_test);
+  gh_new_procedure1_0 ("c-vector-test", c_vector_test);
 
   /* now try some (eval ...) action from C */
   {
@@ -118,8 +118,9 @@ main_prog (int argc, char *argv[])
   }
 
   printf ("testing the predicates for procedure? and vector?\n");
-  printf ("gh_procedure_p(c_factorial) is %d, gh_vector_p(c_factorial) is %d\n",
+  printf ("gh_procedure_p(c_factorial)->%d, gh_vector_p(c_factorial)->%d\n",
 	  gh_procedure_p (cf), gh_vector_p (cf));
+  gh_eval_str("(c-vector-test 200)");
 
   /* Test calling procedures.  */
   {
@@ -210,12 +211,20 @@ c_vector_test (SCM s_length)
   unsigned long c_length;
 
   c_length = gh_scm2ulong (s_length);
-  printf ("requested length for vector: %ld\n", c_length);
+  printf ("VECTOR test -- requested length for vector: %ld", c_length);
 
   /* create a vector filled witth 0.0 entries */
-  xvec = gh_vector (c_length, gh_double2scm (0.0));
+  xvec = gh_make_vector (s_length, gh_double2scm (0.0));
   /* set the second element in it to some floating point value */
-  gh_vset (xvec, 2, gh_double2scm (1.9));
+  gh_vector_set (xvec, gh_int2scm(2), gh_double2scm (1.9));
+
+  /* I think I can use == because Scheme's doubles should be the same
+     as C doubles, with no operations in between */
+  if (gh_scm2double(gh_vector_ref (xvec, gh_int2scm(2))) == 1.9) {
+    printf("... PASS\n");
+  } else {
+    printf("... FAIL\n");
+  }
 
   return xvec;
 }

libguile/gh_test_repl.c

@@ -75,9 +75,9 @@ main_prog (int argc, char *argv[])
   gh_eval_str ("(display (pair? s))");
 
   /* now define some new primitives in C */
-  cf = gh_new_procedure1_0 ("c_factorial", c_factorial);
+  cf = gh_new_procedure1_0 ("c-factorial", c_factorial);
-  gh_new_procedure1_0 ("c_sin", c_sin);
+  gh_new_procedure1_0 ("c-sin", c_sin);
-  gh_new_procedure1_0 ("c_vector_test", c_vector_test);
+  gh_new_procedure1_0 ("c-vector-test", c_vector_test);
 
   /* now try some (eval ...) action from C */
   {
@@ -99,6 +99,7 @@ main_prog (int argc, char *argv[])
   printf ("testing the predicates for procedure? and vector?\n");
   printf ("gh_procedure_p(c_factorial) is %d, gh_vector_p(c_factorial) is %d\n",
 	  gh_procedure_p (cf), gh_vector_p (cf));
+  gh_eval_str("(c-vector-test 200)");
 
   gh_repl ();
 }
@@ -145,12 +146,20 @@ c_vector_test (SCM s_length)
   unsigned long c_length;
 
   c_length = gh_scm2ulong (s_length);
-  printf ("requested length for vector: %ld\n", c_length);
+  printf ("VECTOR test -- requested length for vector: %ld", c_length);
 
   /* create a vector filled witth 0.0 entries */
-  xvec = gh_vector (c_length, gh_double2scm (0.0));
+  xvec = gh_make_vector (s_length, gh_double2scm (0.0));
   /* set the second element in it to some floating point value */
-  gh_vset (xvec, 2, gh_double2scm (1.9));
+  gh_vector_set (xvec, gh_int2scm(2), gh_double2scm (1.9));
+
+  /* I think I can use == because Scheme's doubles should be the same
+     as C doubles, with no operations in between */
+  if (gh_scm2double(gh_vector_ref (xvec, gh_int2scm(2))) == 1.9) {
+    printf("... PASS\n");
+  } else {
+    printf("... FAIL\n");
+  }
 
   return xvec;
 }