void KplWarpDestroy(KplWarp *self)
{
int i;
free(self->threads);
KplInstWrapFree(self->inst);
for (i = self->sync_stack_top; i >=0 ; --i)
bit_map_free(self->sync_stack.entries[i].active_thread_mask);
}
void X86ContextDestroy(X86Context *self)
{
X86Emu *emu = self->emu;
/* If context is not finished/zombie, finish it first.
* This removes all references to current freed context. */
if (!X86ContextGetState(self, X86ContextFinished | X86ContextZombie))
X86ContextFinish(self, 0);
/* Remove context from finished contexts list. This should
* be the only list the context is in right now. */
assert(!DOUBLE_LINKED_LIST_MEMBER(emu, running, self));
assert(!DOUBLE_LINKED_LIST_MEMBER(emu, suspended, self));
assert(!DOUBLE_LINKED_LIST_MEMBER(emu, zombie, self));
assert(DOUBLE_LINKED_LIST_MEMBER(emu, finished, self));
DOUBLE_LINKED_LIST_REMOVE(emu, finished, self);
/* Free private structures */
x86_regs_free(self->regs);
x86_regs_free(self->backup_regs);
x86_signal_mask_table_free(self->signal_mask_table);
spec_mem_free(self->spec_mem);
bit_map_free(self->affinity);
/* Unlink shared structures */
x86_loader_unlink(self->loader);
x86_signal_handler_table_unlink(self->signal_handler_table);
x86_file_desc_table_unlink(self->file_desc_table);
mem_unlink(self->mem);
/* Remove context from contexts list and free */
DOUBLE_LINKED_LIST_REMOVE(emu, context, self);
X86ContextDebug("inst %lld: context %d freed\n",
asEmu(emu)->instructions, self->pid);
/* Static instruction */
delete_static(&self->inst);
}
void si_wavefront_free(struct si_wavefront_t *wavefront)
{
/* Free wavefront */
bit_map_free(wavefront->pred);
free(wavefront);
}
