/*
* Processing if the priority of send wait task changes
*/
LOCAL void cal_chg_pri( TCB *tcb, INT oldpri )
{
PORCB *porcb;
porcb = get_porcb(tcb->wid);
gcb_change_priority((GCB*)porcb, tcb);
}
/*
* Processing if the priority of wait task changes
*/
LOCAL void mbx_chg_pri( TCB *tcb, INT oldpri )
{
MBXCB *mbxcb;
mbxcb = get_mbxcb(tcb->wid);
gcb_change_priority((GCB*)mbxcb, tcb);
}
/*
* Processing if the priority of wait task changes
*/
LOCAL void mbf_chg_pri( TCB *tcb, INT oldpri )
{
MBFCB *mbfcb;
mbfcb = get_mbfcb(tcb->wid);
if ( oldpri >= 0 ) {
/* Reorder wait queue */
gcb_change_priority((GCB*)mbfcb, tcb);
}
/* If the new head task in a send wait queue is able to sent,
send its message */
mbf_wakeup(mbfcb);
}
/*
* Processing if the priority of wait task changes
* Since you need to execute with interrupt disable,
* you cannot use it for the non-resident memory.
*/
LOCAL void mpl_chg_pri( TCB *tcb, INT oldpri )
{
MPLCB *mplcb;
mplcb = get_mplcb(tcb->wid);
if ( oldpri >= 0 ) {
/* Reorder wait line */
gcb_change_priority((GCB*)mplcb, tcb);
}
/* From the new top task of a wait queue, free the assign
wait of memory blocks as much as possible. */
mpl_wakeup(mplcb);
}
/*
* Processing if the priority of wait task changes
*/
LOCAL void mtx_chg_pri( TCB *tcb, INT oldpri )
{
MTXCB *mtxcb;
TCB *mtxtsk;
mtxcb = get_mtxcb(tcb->wid);
gcb_change_priority((GCB*)mtxcb, tcb);
if ( (mtxcb->mtxatr & TA_CEILING) == TA_INHERIT ) {
mtxtsk = mtxcb->mtxtsk;
if ( mtxtsk->priority > tcb->priority ) {
/* Since the highest priority of the lock wait task
became higher, raise the lock get task priority
higher */
change_task_priority(mtxtsk, tcb->priority);
} else if ( mtxtsk->priority == oldpri ) {
/* Since the highest priority of the lock wait task
might become lower, adjust this priority */
reset_priority(mtxtsk);
}
}
}