void
Obj_space_virt<SPACE>::caps_free()
{
Mem_space *ms = SPACE::mem_space(this);
if (EXPECT_FALSE(!ms || !ms->dir()))
return;
Kmem_alloc *a = Kmem_alloc::allocator();
for (Cap_index i = Cap_index(0); i < obj_map_max_address();
i += Cap_diff(Obj::Caps_per_page))
{
Entry *c = get_cap(i);
if (!c)
continue;
Address cp = Address(ms->virt_to_phys(Address(c)));
assert_kdb (cp != ~0UL);
void *cv = (void*)Mem_layout::phys_to_pmem(cp);
Obj::remove_cap_page_dbg_info(cv);
a->q_unaligned_free(SPACE::ram_quota(this), Config::PAGE_SIZE, cv);
}
ms->dir()->destroy(Virt_addr(Mem_layout::Caps_start),
Virt_addr(Mem_layout::Caps_end-1),
Pdir::Super_level,
Pdir::Depth,
Kmem_alloc::q_allocator(SPACE::ram_quota(this)));
}
void
Generic_obj_space<SPACE>::caps_free()
{
if (!_dir)
return;
Cap_dir *d = _dir;
_dir = 0;
Kmem_alloc *a = Kmem_alloc::allocator();
for (unsigned i = 0; i < Slots_per_dir; ++i)
{
if (!d->d[i])
continue;
remove_dbg_info(d->d[i]);
a->q_unaligned_free(ram_quota(), Config::PAGE_SIZE, d->d[i]);
}
a->q_unaligned_free(ram_quota(), Config::PAGE_SIZE, d);
}
