static void handle_request( struct imt_rpc_req *req )
{
DBG2("imt: req: id %4d cmd %X len %3d par %08X rsp %08X", req->id, req->cmd, req->len, req->par, req->rsp );
if( req->cmd == IMT_CONNECTED ) {
DBG("imt: CONNECTED: %02X", req->rsp);
// no need to reply
return;
} else if( req->cmd == IMT_TRACE ) {
DBG2("imt: TRACE: %d", req->par);
output_trace(req->data);
// TRACE does not respond!
// reply( req, IMT_TRACED, 16, req->par );
} else if( req->cmd == IMT_MALLOC ) {
uint32_t data = 0;
DBG2("imt: MALLOC: %d", req->par);
#if defined(CONFIG_ION_OMAP)
data = tiler_alloc( req->par );
#endif
reply( req, IMT_MALLOCED, 16, data );
} else if( req->cmd == IMT_FREE ) {
DBG2("imt: FREE: %08X", req->par);
#if defined(CONFIG_ION_OMAP)
tiler_free( req->par );
#endif
reply( req, IMT_FREED, 16, req->par );
} else {
// we dont know that command
ERR("imt: CONFUSED!: %X", req->cmd);
reply( req, IMT_CONFUSED, 16, req->par );
}
}
/*
NAME {* bdd\_done*}
SECTION {* kernel *}
SHORT {* resets the bdd package *}
PROTO {* void bdd_done(void) *}
DESCR {* This function frees all memory used by the bdd package and resets
the package to it's initial state.*}
ALSO {* bdd\_init *}
*/
void bdd_done(void)
{
/*sanitycheck(); FIXME */
if(trace_enable)
output_trace();
bdd_fdd_done();
bdd_reorder_done();
bdd_pairs_done();
free(bddnodes);
free(bddrefstack);
free(bddvarset);
free(bddvar2level);
free(bddlevel2var);
bddnodes = NULL;
bddrefstack = NULL;
bddvarset = NULL;
bddvar2level = NULL;
bddlevel2var = NULL;
bdd_operator_done();
bddrunning = 0;
bddnodesize = 0;
bddmaxnodesize = 0;
bddvarnum = 0;
bddproduced = 0;
err_handler = NULL;
gbc_handler = NULL;
resize_handler = NULL;
}
