static void
DestroyTransp(CommTransp transp)
{
CommTranspID transpID;
int32 rc;
if (!transp) {
CommOS_Debug(("Failed to close channel: Bad handle\n"));
return;
}
CommOS_Log(("%s: Detaching channel [%u:%u]\n",
__FUNCTION__,
transp->qp->id.context,
transp->qp->id.resource));
transpID.d32[0] = transp->qp->id.context;
transpID.d32[1] = transp->qp->id.resource;
#if !defined(COMM_BUILDING_SERVER)
/*
* Tell the host to detach, will block in the host
* until the host has unmapped memory. Once the
* host has unmapped, it is safe to free.
*/
CommTranspEvent_Raise(transp->peerEvID,
&transpID,
COMM_TRANSP_IO_DETACH);
#endif
rc = QP_Detach(transp->qp);
#if defined(COMM_BUILDING_SERVER)
/*
* Wake up waiters now that unmapping is complete
*/
CommOS_WakeUp(&transpTable[transp->backRef].wq);
#endif
CommOS_Kfree(transp);
if (rc != QP_SUCCESS) {
CommOS_Log(("%s: Failed to detach. rc: %d\n", __FUNCTION__, rc));
} else {
CommOS_Log(("%s: Channel detached.\n", __FUNCTION__));
}
}
static void
DestroyTransp(CommTransp transp)
{
CommTranspID transpID;
int32 rc;
if (!transp) {
CommOS_Debug(("Failed to close channel: Bad handle\n"));
return;
}
CommOS_Log(("%s: Detaching channel [%u:%u]\n",
__FUNCTION__,
transp->qp->id.context,
transp->qp->id.resource));
transpID.d32[0] = transp->qp->id.context;
transpID.d32[1] = transp->qp->id.resource;
#if !defined(COMM_BUILDING_SERVER)
CommTranspEvent_Raise(transp->peerEvID,
&transpID,
COMM_TRANSP_IO_DETACH);
#endif
rc = QP_Detach(transp->qp);
#if defined(COMM_BUILDING_SERVER)
CommOS_WakeUp(&transpTable[transp->backRef].wq);
#endif
CommOS_Kfree(transp);
if (rc != QP_SUCCESS) {
CommOS_Log(("%s: Failed to detach. rc: %d\n", __FUNCTION__, rc));
} else {
CommOS_Log(("%s: Channel detached.\n", __FUNCTION__));
}
}
