int remoteproc_resource_deinit(struct remote_proc *rproc) {
int i = 0;
struct proc_vring *vring_hw = 0;
if (rproc) {
if (rproc->rdev) {
/* disable IPC interrupts */
if (rproc->proc->ops->reg_ipi_after_deinit) {
for(i = 0; i < 2; i++) {
vring_hw = &rproc->proc->vdev.vring_info[i];
rproc->proc->ops->reg_ipi_after_deinit(vring_hw);
}
}
rpmsg_deinit(rproc->rdev);
}
if (rproc->proc) {
hil_delete_proc(rproc->proc);
}
env_free_memory(rproc);
}
env_deinit();
/* Disable the caches - This is required if master boots firmwares
* multiple times without hard reset on same core. If caches are
* not invalidated at this point in time then subsequent firmware
* boots on the same core may experience cache inconsistencies.
*
*/
env_disable_cache();
return RPROC_SUCCESS;
}
void lib_deinit(void)
{
lib_atexit_run();
ipwd_deinit();
hostpid_deinit();
data_stack_deinit();
env_deinit();
failures_deinit();
process_title_deinit();
}
/**
* remoteproc_deinit
*
* Uninitializes resources for remoteproc "master" configuration.
*
* @param rproc - pointer to remote proc instance
*
* @param returns - status of function execution
*
*/
int remoteproc_deinit(struct remote_proc *rproc) {
if (rproc) {
if (rproc->loader) {
(void) remoteproc_loader_delete(rproc->loader);
rproc->loader = RPROC_NULL;
}
if (rproc->proc) {
hil_delete_proc(rproc->proc);
rproc->proc = RPROC_NULL;
}
env_free_memory(rproc);
}
env_deinit();
return RPROC_SUCCESS;
}
void rpmsg_deinit(struct remote_device *rdev) {
if (rdev) {
rpmsg_rdev_deinit(rdev);
env_deinit();
}
}
