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SOURCE: qdev_autodocs.txt 1.163 (12/09/2014) English

                                 AMIGA - MEM_#?
 ----------------------------------------------------------------------------

   NAME

      mem_attachrelhotvec() - Allocates and attaches hot vector
                              array in relation to wrapper fp.



   SYNOPSIS

      hot = mem_attachrelhotvec(fp, size);

      void *mem_attachrelhotvec(void *, LONG);



   FUNCTION

      This func. allocates and attaches "hot vector" array to a
      task (wrapper code relative) so that programmer can pass
      pointers of variables to callbacks/hooks that do not take
      data pointer. All within current task.



   INPUTS

      fp   - Function pointer of wrapper responsible for hot
             vector array recovery.

      size - Size of the array. Stuffing anything below 4 will
             result in an array of at least 4 vectors.



   RETURNS

      Function returns pointer to MemList or NULL upon failure.
      Member 'ml_ME[0].me_Addr' points at the vector root data.



   BASES

      SysBase



   NOTES

      See notes of 'mem_attachhotvec()' func. for more details.

      This function is a wrapper on top of real allocator that
      is able to translate function pointer to upper id values.
      No id collision is possible under normal usage.



   SEE ALSO

      mem_attachhotvec(), mem_detachhotvec(),
      mem_obtainhotvec(), mem_obtainrelhotvec(),
      mem_resolvehotvec()



   EXAMPLE

      /*
       * Create wrapper function that will be unique in itself
       * then return with function that obtains hot vec. This
       * is your hot vector resolver from now on.
      */
      __interrupt LONG **gethotvec00(LONG ent)
      {
        return mem_obtainrelhotvec(gethotvec00, ent);
      }

      int main(void)
      {
        void *hot;
        LONG **vec;

        /*
         * Allocate hot vector array of size 16 in a relative
         * way. Func. pointer will be translated into dynamic
         * id.
        */
        if ((hot = mem_attachrelhotvec(gethotvec00, 16)))
        {
          /*
           * Obtain address to top of the hot vector array.
          */
          vec = gethotvec00(0);

          vec[0] = (LONG *)<my addr 1>;

          vec[1] = (LONG *)<my addr 2>;

          ...

          mem_detachhotvec(hot);
        }

        return 0;
      }



   BUGS

      None known.



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