read_thr_debug (struct thread_debug *debugp)
{
return base_ops.to_xfer_memory (thr_debug_addr, (char *)debugp,
- sizeof (*debugp), 0, &base_ops);
+ sizeof (*debugp), 0, NULL, &base_ops);
}
/* Read into MAP the contents of the thread map at inferior process address
read_map (CORE_ADDR mapp, struct thread_map *map)
{
return base_ops.to_xfer_memory ((CORE_ADDR)THR_MAP (mapp), (char *)map,
- sizeof (*map), 0, &base_ops);
+ sizeof (*map), 0, NULL, &base_ops);
}
/* Read into LWP the contents of the lwp decriptor at inferior process address
read_lwp (CORE_ADDR lwpp, __lwp_desc_t *lwp)
{
return base_ops.to_xfer_memory (lwpp, (char *)lwp,
- sizeof (*lwp), 0, &base_ops);
+ sizeof (*lwp), 0, NULL, &base_ops);
}
/* Iterate through all user threads, applying FUNC(<map>, <lwp>, DATA) until
if (!read_thr_debug (&debug))
return 0;
if (!base_ops.to_xfer_memory ((CORE_ADDR)debug.thr_map, (char *)&mapp,
- sizeof (mapp), 0, &base_ops))
+ sizeof (mapp), 0, NULL, &base_ops))
return 0;
if (!mapp)
return 0;
/* Retrieve stub args. */
sp = read_register_pid (SP_REGNUM, pid);
if (!base_ops.to_xfer_memory (sp + SP_ARG0, (char *)&mapp,
- sizeof (mapp), 0, &base_ops))
+ sizeof (mapp), 0, NULL, &base_ops))
goto err;
if (!base_ops.to_xfer_memory (sp + SP_ARG0 + sizeof (mapp), (char *)&change,
- sizeof (change), 0, &base_ops))
+ sizeof (change), 0, NULL, &base_ops))
goto err;
/* create_inferior() may not have finished yet, so notice the main
/* Activate the stub function. */
onp = (CORE_ADDR)&((struct thread_debug *)thr_debug_addr)->thr_debug_on;
if (!base_ops.to_xfer_memory ((CORE_ADDR)onp, (char *)&one,
- sizeof (one), 1, &base_ops))
+ sizeof (one), 1, NULL, &base_ops))
{
delete_breakpoint (b);
goto err;