21     return GET_UINT32(dev->base + VIRTMMIO_REG_STATUS);  in VirtioGetStatus()
26     WRITE_UINT32(VirtioGetStatus(dev) | val, dev->base + VIRTMMIO_REG_STATUS);  in VirtioAddStatus()
31     WRITE_UINT32(VIRTIO_STATUS_RESET, dev->base + VIRTMMIO_REG_STATUS);  in VirtioResetStatus()
36     VADDR_T base;  in VirtmmioDiscover()  local
39     base = IO_DEVICE_ADDR(VIRTMMIO_BASE_ADDR) + VIRTMMIO_BASE_SIZE * (NUM_VIRTIO_TRANSPORTS - 1);  in VirtmmioDiscover()
41         if ((GET_UINT32(base + VIRTMMIO_REG_MAGICVALUE) == VIRTMMIO_MAGIC) &&  in VirtmmioDiscover()
42             (GET_UINT32(base + VIRTMMIO_REG_VERSION) == VIRTMMIO_VERSION) &&  in VirtmmioDiscover()
43             (GET_UINT32(base + VIRTMMIO_REG_DEVICEID) == devId)) {  in VirtmmioDiscover()
44             dev->base = base;  in VirtmmioDiscover()
49         base -= VIRTMMIO_BASE_SIZE;  in VirtmmioDiscover()
87     WRITE_UINT32(nth, baseDev->base + VIRTMMIO_REG_DEVFEATURESEL);  in Negotiate()
88     features = GET_UINT32(baseDev->base + VIRTMMIO_REG_DEVFEATURE);  in Negotiate()
91         before = GET_UINT32(baseDev->base + VIRTMMIO_REG_CONFIGGENERATION);  in Negotiate()
98         after = GET_UINT32(baseDev->base + VIRTMMIO_REG_CONFIGGENERATION);  in Negotiate()
101     WRITE_UINT32(nth, baseDev->base + VIRTMMIO_REG_DRVFEATURESEL);  in Negotiate()
102     WRITE_UINT32(supported, baseDev->base + VIRTMMIO_REG_DRVFEATURE);  in Negotiate()
134     WRITE_UINT32(paddr, dev->base + regLow);  in WriteQueueAddr()
136     WRITE_UINT32(paddr, dev->base + regLow + U32_BYTES);  in WriteQueueAddr()
144     WRITE_UINT32(queue, dev->base + VIRTMMIO_REG_QUEUESEL);  in CompleteConfigQueue()
146     num = GET_UINT32(dev->base + VIRTMMIO_REG_QUEUEREADY);  in CompleteConfigQueue()
148     num = GET_UINT32(dev->base + VIRTMMIO_REG_QUEUENUMMAX);  in CompleteConfigQueue()
154     WRITE_UINT32(q->qsz, dev->base + VIRTMMIO_REG_QUEUENUM);  in CompleteConfigQueue()
159     WRITE_UINT32(1, dev->base + VIRTMMIO_REG_QUEUEREADY);  in CompleteConfigQueue()
163 static VADDR_T CalculateQueueAddr(VADDR_T base, uint16_t qsz, struct Virtq *q)  in CalculateQueueAddr()  argument
165     base = ALIGN(base, VIRTQ_ALIGN_DESC);  in CalculateQueueAddr()
166     q->desc = (struct VirtqDesc *)base;  in CalculateQueueAddr()
168     base = ALIGN(base + sizeof(struct VirtqDesc) * qsz, VIRTQ_ALIGN_AVAIL);  in CalculateQueueAddr()
169     q->avail = (struct VirtqAvail *)base;  in CalculateQueueAddr()
170     base = ALIGN(base + sizeof(struct VirtqAvail) + sizeof(uint16_t) * qsz, VIRTQ_ALIGN_USED);  in CalculateQueueAddr()
171     q->used = (struct VirtqUsed *)base;  in CalculateQueueAddr()
173     return base + sizeof(struct VirtqUsed) + sizeof(struct VirtqUsedElem) * qsz;  in CalculateQueueAddr()
176 VADDR_T VirtmmioConfigQueue(struct VirtmmioDev *dev, VADDR_T base, uint16_t qsz[], int num)  in VirtmmioConfigQueue()  argument
181         base = CalculateQueueAddr(base, qsz[i], &dev->vq[i]);  in VirtmmioConfigQueue()
187     return base;  in VirtmmioConfigQueue()