fixed inline functions

rmutil/vector.c

@@ -79,3 +79,8 @@ void Vector_Free(Vector *v) {
   free(v->data);
   free(v);
 }
+
+inline int Vector_Size(Vector *v) { return v->top; }
+
+/* return the actual capacity */
+inline int Vector_Cap(Vector *v) { return v->cap; }

rmutil/vector.h

@@ -47,11 +47,13 @@ int Vector_Pop(Vector *v, void *ptr);
 * Put an element at pos.
 * Note: If pos is outside the vector capacity, we resize it accordingly
 */
-#define Vector_Put(v, pos, elem) __vector_PutPtr(v, pos, elem ? &(typeof(elem)){elem} : NULL)
+#define Vector_Put(v, pos, elem)                                               \
+  __vector_PutPtr(v, pos, elem ? &(typeof(elem)){elem} : NULL)
 
 /* Push an element at the end of v, resizing it if needed. This macro wraps
  * __vector_PushPtr */
-#define Vector_Push(v, elem) __vector_PushPtr(v, elem ? &(typeof(elem)){elem} : NULL)
+#define Vector_Push(v, elem)                                                   \
+  __vector_PushPtr(v, elem ? &(typeof(elem)){elem} : NULL)
 
 int __vector_PushPtr(Vector *v, void *elem);
 
@@ -59,10 +61,10 @@ int __vector_PushPtr(Vector *v, void *elem);
 int Vector_Resize(Vector *v, size_t newcap);
 
 /* return the used size of the vector, regardless of capacity */
-inline int Vector_Size(Vector *v) { return v->top; }
+int Vector_Size(Vector *v);
 
 /* return the actual capacity */
-inline int Vector_Cap(Vector *v) { return v->cap; }
+int Vector_Cap(Vector *v);
 
 /* free the vector and the underlying data. Does not release its elements if
  * they are pointers*/