int consdrv_main(int argc, char *argv[]) {
int size, index;
sys_thread_id_t id;
char *p;
consdrv_init();
sys_setintr(SOFTVEC_TYPE_SERINTR, consdrv_intr);
while(1) {
id = sys_recv(MLBOX_ID_CONSOUTPUT, &size, &p);
index = p[0] - '0';
consdrv_command(&consreg[index], id, index, size-1, p+1);
sys_memfree(p);
}
return 0;
}
void btk_mem_free(
void * kmem_p,
size_t size
)
{
FUNCTION("btk_mem_free");
LOG_UNKNOWN_UNIT;
FENTRY;
TRC_MSG((BT_TRC_ALLOC | BT_TRC_DETAIL),
(LOG_FMT "ptr: " PTR_FMT " size %d.\n",
LOG_ARG, kmem_p, (int) size));
#if defined (_AIX)
{
int retvalue;
retvalue = (int) xmfree(kmem_p, pinned_heap);
if (o != retvalue) {
INFO_MSG((LOG_FMT "Error %d from xmfree().\n"));
}
}
#elif defined(__hpux)
sys_memfree(kmem_p, size);
#elif defined(__sun)
kmem_free( kmem_p, size ); /* returns default value of retvalue */
#elif defined(__sgi)
kmem_free(kmem_p, size);
#elif defined(__vxworks)
free(kmem_p);
#elif defined(_NTDDK_)
ExFreePool(kmem_p);
#elif defined(BT_uCOS)
free(kmem_p);
#elif defined(__linux__)
kfree(kmem_p);
#endif /* _AIX, __hpux, __sun, __sgi, __vxworks, _NTDDK_ */
btk_mutex_enter(&kmem_mutex);
btk_alloc_total_g -= size; /* running total of kmem */
if (btk_alloc_total_g < 0) {
FATAL_STR("Allocated kernel memory went negative.\n");
}
TRC_MSG((BT_TRC_ALLOC),
(LOG_FMT "ptr " PTR_FMT "; size %d; total %d.\n",
LOG_ARG, kmem_p, (int) size, btk_alloc_total_g));
btk_mutex_exit(&kmem_mutex);
FEXIT(0);
return;
}
