[event_generic_review] fixed inconsistent naming.

examples/int_div_example.c

@@ -91,8 +91,8 @@ int main(void) {
 
   /* additional calls (test interfaces). */
   t_number p1; /* dividend */
-  convert_basis(day_fraction1 * (t_int) 20, &p1, 2, 0);
-  convert_basis(days1, &p1, W_DIGITS-3, 3);
+  convert_to_basis(day_fraction1 * (t_int) 20, &p1, 2, 0);
+  convert_to_basis(days1, &p1, W_DIGITS-3, 3);
   print_number(p1);
 
   printf("test program done after %d tests.\n", NREPEAT);

include/int_div.h

@@ -36,7 +36,7 @@ int          smaller(const t_number r, const t_number dq, const int k, const int
 void         difference(t_number *r, const t_number dq, const int k, const int m, const t_int b, int *ret);
 int          division(const t_number x, const t_number y, t_number *q, t_number *r, const t_int b);
 
-void         convert_basis(const t_int v_in, t_number *v_out, const int digits, const int istart);
+void         convert_to_basis(const t_int v_in, t_number *v_out, const int digits, const int istart);
 t_int        convert_to_decimal(const t_number v_in, const int istart, const int iend);
 
 int          divide_timespan(const t_int days1, const t_int day_fraction1,

src/int_div.c

@@ -170,8 +170,8 @@ int division(const t_number x, const t_number y,
 
 
 /* convert to basis "b" by a succession of Euclidean divisions, stores to v_out[istart...]. */
-void convert_basis(const t_int v_in, t_number *v_out,
-                   const int digits, const int istart) {
+void convert_to_basis(const t_int v_in, t_number *v_out,
+		      const int digits, const int istart) {
   int i;
   t_int v = v_in;
   for (i=digits; i>=0; i--) {
@@ -220,10 +220,10 @@ int divide_timespan(const t_int days1, const t_int day_fraction1,
   if ((day_fraction1 > msecs_day) || (day_fraction2 > msecs_day))  printf("Fail 1\n");
   if ((day_fraction1 > msecs_day) || (day_fraction2 > msecs_day))  return Fail;
 
-  convert_basis(day_fraction1 * (t_int) 20, &p1, 2, 0);
-  convert_basis(days1, &p1, W_DIGITS-3, 3);
-  convert_basis(day_fraction2 * (t_int) 20, &p2, 2, 0);
-  convert_basis(days2, &p2, W_DIGITS-3, 3);
+  convert_to_basis(day_fraction1 * (t_int) 20, &p1, 2, 0);
+  convert_to_basis(days1, &p1, W_DIGITS-3, 3);
+  convert_to_basis(day_fraction2 * (t_int) 20, &p2, 2, 0);
+  convert_to_basis(days2, &p2, W_DIGITS-3, 3);
 
   ret = division(p1, p2, &q, &r, (t_int) 1200);  /* perform division. */