array - The array library interface

         array x;
         array y;

         if (array_equal(&x,&y))
           /* arrays are equal... */

         array x;
         array y;

         array_cat(&x,&y);

         array_catb(&x,"fnord",5);

         array_cats(&x,"fnord");

         array_cats0(&x,"fnord"); /* also append the \0 */

         array_cat0(&x); /* append \0 */

         array_cate(&x,"fnord",1,4); /* append "nor" */

       An allocated array variable keeps track of

       •      a (nonzero) pointer to a dynamically allocated region of memory;

       •      the number of bytes allocated (always positive); and

       •      the number of bytes initialized (between 0 and the number of bytes allocated).

       There  are  two  other possibilities for the state of an array variable: unallocated and failed.  In both
       cases, there is no dynamically allocated region of memory.

       A new array variable is normally created as a static variable:

         #include <libowfat/array.h>

         static array x;

       At this point it is unallocated.  The array library provides various allocation and inspection functions.

       A new array variable can  also  be  created  dynamically.  It  must  be  initialized  to  all-0,  meaning
       unallocated, before it is given to any of the array functions. It must be returned to the unallocated (or
       failed)  state,  for  example  with  array_reset,  before it is destroyed. These rules prevent all memory
       leaks.

         array x;

         t* p1 = array_allocate(&x,sizeof(t),pos);

         t* p2 = array_get(&x,sizeof(t),pos);

         t* p3 = array_start(&x);

         int64 len = array_length(&x,sizeof(t));

         int64 bytes = array_bytes(&x);

       array - The array library interface

http://cr.yp.to/lib/array.html

array_get(3), array_start(3), array_fail(3)

                                                                                                        array(3)

#include<libowfat/array.h>

         array x;

         array_truncate(&x,sizeof(t),len);

         array_trunc(&x);

         array_reset(&x);

         array_fail(&x);